EVENT LOG FOR SITE GOJ Most recent activity to be listed first. First line of each entry lists date, time and who is reporting. Subsequent lines of each entry aligned under Time column. Do not use tabs, only spaces. Date Time Who What -------- ----- -------- ----------------------------------------------- 12/07/2004 15:02 DGE_Robo PrimaryBypass (PrimaryBypass) changed from 'CLOSED' to 'OPEN' at 2004/12/07 13:18:51 12/07/2004 15:02 DGE_Robo SByC_Enable (SBC) changed from 'OFF' to 'ON' at 2004/12/07 13:18:51 12/07/2004 15:02 DGE_Robo A_SampleGateBypass (A_SBypass) changed from 'OFF' to 'ON' at 2004/12/07 13:18:51 12/07/2004 15:02 DGE_Robo B_SampleGateBypass (B_SBypass) changed from 'OFF' to 'ON' at 2004/12/07 13:18:51 12/07/2004 15:02 DGE_Robo AC_Power (AC_Power) changed from 'OFF' to 'ON' at 2004/12/07 13:18:51 12/07/2004 15:02 DGE_Robo SByC_Enable (SBC) changed from 'ON' to 'OFF' at 2004/12/07 13:18:44 12/07/2004 15:02 DGE_Robo A_SampleGateBypass (A_SBypass) changed from 'ON' to 'OFF' at 2004/12/07 13:18:44 12/07/2004 15:02 DGE_Robo B_SampleGateBypass (B_SBypass) changed from 'ON' to 'OFF' at 2004/12/07 13:18:44 12/07/2004 15:02 DGE_Robo PrimaryBypass (PrimaryBypass) changed from 'OPEN' to 'CLOSED' at 2004/12/07 13:18:44 12/07/2004 15:02 DGE_Robo AC_Power (AC_Power) changed from 'ON' to 'OFF' at 2004/12/07 13:18:43 12/07/2004 15:02 DGE_Robo PrimaryBypass (PrimaryBypass) changed from 'CLOSED' to 'OPEN' at 2004/12/07 13:18:14 12/07/2004 15:02 DGE_Robo SByC_Enable (SBC) changed from 'OFF' to 'ON' at 2004/12/07 13:18:14 12/07/2004 15:02 DGE_Robo A_SampleGateBypass (A_SBypass) changed from 'OFF' to 'ON' at 2004/12/07 13:18:14 12/07/2004 15:02 DGE_Robo B_SampleGateBypass (B_SBypass) changed from 'OFF' to 'ON' at 2004/12/07 13:18:14 12/07/2004 15:02 DGE_Robo AC_Power (AC_Power) changed from 'OFF' to 'ON' at 2004/12/07 13:18:14 12/07/2004 15:02 DGE_Robo SByC_Enable (SBC) changed from 'ON' to 'OFF' at 2004/12/07 13:18:01 12/07/2004 15:02 DGE_Robo A_SampleGateBypass (A_SBypass) changed from 'ON' to 'OFF' at 2004/12/07 13:18:01 12/07/2004 15:02 DGE_Robo B_SampleGateBypass (B_SBypass) changed from 'ON' to 'OFF' at 2004/12/07 13:18:01 12/07/2004 15:02 DGE_Robo PrimaryBypass (PrimaryBypass) changed from 'OPEN' to 'CLOSED' at 2004/12/07 13:18:01 12/07/2004 15:02 DGE_Robo AC_Power (AC_Power) changed from 'ON' to 'OFF' at 2004/12/07 13:18:00 12/07/2004 15:02 DGE_Robo SByC_Enable (SBC) changed from 'OFF' to 'ON' at 2004/12/07 13:17:40 12/07/2004 15:02 DGE_Robo A_SampleGateBypass (A_SBypass) changed from 'OFF' to 'ON' at 2004/12/07 13:17:40 12/07/2004 15:02 DGE_Robo B_SampleGateBypass (B_SBypass) changed from 'OFF' to 'ON' at 2004/12/07 13:17:40 12/07/2004 15:02 DGE_Robo PrimaryBypass (PrimaryBypass) changed from 'CLOSED' to 'OPEN' at 2004/12/07 13:17:40 12/07/2004 15:02 DGE_Robo AC_Power (AC_Power) changed from 'OFF' to 'ON' at 2004/12/07 13:17:40 12/07/2004 15:02 DGE_Robo SByC_Enable (SBC) changed from 'ON' to 'OFF' at 2004/12/07 13:17:40 12/07/2004 15:02 DGE_Robo A_SampleGateBypass (A_SBypass) changed from 'ON' to 'OFF' at 2004/12/07 13:17:40 12/07/2004 15:02 DGE_Robo B_SampleGateBypass (B_SBypass) changed from 'ON' to 'OFF' at 2004/12/07 13:17:40 12/07/2004 15:02 DGE_Robo PrimaryBypass (PrimaryBypass) changed from 'OPEN' to 'CLOSED' at 2004/12/07 13:17:40 12/07/2004 15:02 DGE_Robo AC_Power (AC_Power) changed from 'ON' to 'OFF' at 2004/12/07 13:17:40 12/07/2004 13:21 Troy The PLC processor is now on UPS power. A series of AC Power ON and AC Power Off were written to the raw file. This facility is shut down so the switching of power did not affect fish passage in anyway. 11/03/2004 09:01 DGE_Robo B_SampleGateBypass (B_SBypass) changed from 'OFF' to 'ON' at 2004/11/03 08:44:36 11/03/2004 09:01 DGE_Robo A_SampleGateBypass (A_SBypass) changed from 'OFF' to 'ON' at 2004/11/03 08:44:31 11/03/2004 09:01 DGE_Robo B_SampleGateBypass (B_SBypass) changed from 'ON' to 'OFF' at 2004/11/03 08:38:12 11/03/2004 09:01 DGE_Robo A_SampleGateBypass (A_SBypass) changed from 'ON' to 'OFF' at 2004/11/03 08:33:40 11/03/2004 09:00 DGE_Robo B_SampleGateBypass (B_SBypass) changed from 'OFF' to 'ON' at 2004/11/03 07:32:17 11/03/2004 09:00 DGE_Robo B_SampleGateBypass (B_SBypass) changed from 'ON' to 'OFF' at 2004/11/03 07:32:08 11/03/2004 09:00 DGE_Robo A_SampleGateBypass (A_SBypass) changed from 'OFF' to 'ON' at 2004/11/03 07:31:58 11/03/2004 09:00 DGE_Robo A_SampleGateBypass (A_SBypass) changed from 'ON' to 'OFF' at 2004/11/03 07:31:46 11/01/2004 16:00 DGE_Robo A_SampleGateBypass (A_SBypass) changed from 'OFF' to 'ON' at 2004/11/01 12:14:56 11/01/2004 16:00 DGE_Robo A_Sample_100% (A_S100) changed from 'ON' to 'OFF' at 2004/11/01 12:14:56 11/01/2004 16:00 DGE_Robo B_SampleGateBypass (B_SBypass) changed from 'OFF' to 'ON' at 2004/11/01 12:14:55 11/01/2004 16:00 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/11/01 12:14:55 11/01/2004 13:18 Dave Fish Facility has shut down until next Spring. Disabled site checking in etc/sites file. 11/01/2004 12:52 Alan_Bro USACE Bio John Bailey reports that the facility has shut down for the season. They went into primary bypass at 07:00 and the separator was de-watered at 08:15 10/31/2004. 11/01/2004 11:11 Alan_Bro With the help of SMP Laura Cowger, both PCs were rebooted to re-enable PCA. During PC1s downtime no activity was observed on PC2. Multimon was stopped and restarted on both PCs in order to get the file creation schedules back on the normal schedule. 11/01/2004 09:32 darren@r B4:InputSyncDetect,B4:ReaderReset: random reader reset caused this alarm. 11/01/2004 09:14 Scott_Li All processes were stopped and restarted in order to circumvent the DST phenom. Unable to remotely access the GOJ PC's. Alan will attempt to get onsite support and remedy whatever is going on. 10/31/2004 15:03 DGE_Robo B_DivertDuringSample (B_DDSample) changed from 'ON' to 'OFF' at 2004/10/31 12:09:03 10/31/2004 15:03 DGE_Robo A_DivertDuringSample (A_DDSample) changed from 'ON' to 'OFF' at 2004/10/31 12:09:02 10/31/2004 09:03 DGE_Robo PrimaryBypass (PrimaryBypass) changed from 'CLOSED' to 'OPEN' at 2004/10/31 06:55:35 10/29/2004 10:04 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/10/29 06:09:45 10/29/2004 10:04 DGE_Robo A_Sample_100% (A_S100) changed from 'OFF' to 'ON' at 2004/10/29 06:09:44 10/28/2004 14:58 Alan_Bro A GMC was performed 9/29/2004. All transceivers were tuned. The separators were stick tested with 10 sticks each, results of the test following: A1 10/10 A2 10/10 A3 10/10 A4 10/10 B1 8/10 B2 9/10 B3 9/10 B4 10/10 All sticks were diverted properly. The air pressure on both gates is currently 100 psi. No problems found. 10/28/2004 04:03 DGE_Robo A_Sample_100% (A_S100) changed from 'ON' to 'OFF' at 2004/10/28 00:56:40 10/28/2004 01:04 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/10/27 23:56:55 10/27/2004 10:03 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/10/27 06:08:59 10/27/2004 10:03 DGE_Robo A_Sample_100% (A_S100) changed from 'OFF' to 'ON' at 2004/10/27 06:08:58 10/27/2004 10:03 DGE_Robo A_DivertDuringSample (A_DDSample) changed from 'OFF' to 'ON' at 2004/10/27 06:08:57 10/27/2004 10:03 DGE_Robo B_DivertDuringSample (B_DDSample) changed from 'OFF' to 'ON' at 2004/10/27 06:08:56 10/27/2004 08:05 troy@ruf 51:ReaderReset,52:InputSyncDetect,52:InputSyncLost: Random Reader reset on coil 51 caused the input sync loss on 52. PSMFC and Digital Angel are aware of this problem. 10/26/2004 01:04 DGE_Robo A_Sample_100% (A_S100) changed from 'ON' to 'OFF' at 2004/10/25 23:12:38 10/26/2004 01:04 DGE_Robo A_DivertDuringSample (A_DDSample) changed from 'ON' to 'OFF' at 2004/10/25 23:12:37 10/25/2004 22:03 DGE_Robo B_DivertDuringSample (B_DDSample) changed from 'ON' to 'OFF' at 2004/10/25 18:39:21 10/25/2004 22:03 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/10/25 18:39:20 10/24/2004 07:04 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/10/24 05:55:09 10/24/2004 07:04 DGE_Robo B_DivertDuringSample (B_DDSample) changed from 'OFF' to 'ON' at 2004/10/24 05:55:08 10/23/2004 01:03 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/10/22 22:21:57 10/23/2004 01:03 DGE_Robo B_DivertDuringSample (B_DDSample) changed from 'ON' to 'OFF' at 2004/10/22 22:21:52 10/21/2004 12:01 Don_Warf The PLC at GOJ reported the following power outage: AC_Power (AC_Power) changed from 'ON' to 'OFF' at 2004/10/21 06:52:14 AC_Power (AC_Power) changed from 'OFF' to 'ON' at 2004/10/21 06:52:24 10/21/2004 10:04 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/10/21 06:52:24 10/21/2004 10:04 DGE_Robo B_DivertDuringSample (B_DDSample) changed from 'OFF' to 'ON' at 2004/10/21 06:52:24 10/21/2004 10:03 DGE_Robo A_Sample_100% (A_S100) changed from 'OFF' to 'ON' at 2004/10/21 06:52:24 10/21/2004 10:03 DGE_Robo A_DivertDuringSample (A_DDSample) changed from 'OFF' to 'ON' at 2004/10/21 06:52:24 10/21/2004 10:03 DGE_Robo A_SampleGateBypass (A_SBypass) changed from 'ON' to 'OFF' at 2004/10/21 06:52:24 10/21/2004 10:03 DGE_Robo B_SampleGateBypass (B_SBypass) changed from 'ON' to 'OFF' at 2004/10/21 06:52:24 10/21/2004 10:03 DGE_Robo PrimaryBypass (PrimaryBypass) changed from 'OPEN' to 'CLOSED' at 2004/10/21 06:52:24 10/21/2004 10:03 DGE_Robo AC_Power (AC_Power) changed from 'OFF' to 'ON' at 2004/10/21 06:52:24 10/21/2004 10:03 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/10/21 06:52:14 10/21/2004 10:03 DGE_Robo B_DivertDuringSample (B_DDSample) changed from 'ON' to 'OFF' at 2004/10/21 06:52:14 10/21/2004 10:03 DGE_Robo A_Sample_100% (A_S100) changed from 'ON' to 'OFF' at 2004/10/21 06:52:14 10/21/2004 10:03 DGE_Robo A_DivertDuringSample (A_DDSample) changed from 'ON' to 'OFF' at 2004/10/21 06:52:14 10/21/2004 10:03 DGE_Robo A_SampleGateBypass (A_SBypass) changed from 'OFF' to 'ON' at 2004/10/21 06:52:14 10/21/2004 10:03 DGE_Robo B_SampleGateBypass (B_SBypass) changed from 'OFF' to 'ON' at 2004/10/21 06:52:14 10/21/2004 10:03 DGE_Robo PrimaryBypass (PrimaryBypass) changed from 'CLOSED' to 'OPEN' at 2004/10/21 06:52:14 10/21/2004 10:03 DGE_Robo AC_Power (AC_Power) changed from 'ON' to 'OFF' at 2004/10/21 06:52:14 10/21/2004 08:10 darren@r C2:InputSyncDetect,C2:ReaderReset: This alarm was generated by a random reader reset. PSMFC as well as Digital Angel are aware of this situation. 10/20/2004 16:03 DGE_Robo PrimaryBypass (PrimaryBypass) changed from 'OPEN' to 'CLOSED' at 2004/10/20 14:58:43 10/20/2004 10:03 DGE_Robo PrimaryBypass (PrimaryBypass) changed from 'CLOSED' to 'OPEN' at 2004/10/20 07:53:15 10/19/2004 07:04 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/10/19 05:59:04 10/19/2004 07:04 DGE_Robo A_Sample_100% (A_S100) changed from 'OFF' to 'ON' at 2004/10/19 05:59:04 10/19/2004 07:04 DGE_Robo B_DivertDuringSample (B_DDSample) changed from 'OFF' to 'ON' at 2004/10/19 05:59:03 10/19/2004 07:04 DGE_Robo A_DivertDuringSample (A_DDSample) changed from 'OFF' to 'ON' at 2004/10/19 05:59:02 10/18/2004 01:03 DGE_Robo A_SampleGateBypass (A_SBypass) changed from 'ON' to 'OFF' at 2004/10/17 21:58:13 10/18/2004 01:03 DGE_Robo B_SampleGateBypass (B_SBypass) changed from 'ON' to 'OFF' at 2004/10/17 21:58:13 10/18/2004 01:03 DGE_Robo A_SampleGateBypass (A_SBypass) changed from 'OFF' to 'ON' at 2004/10/17 21:17:55 10/18/2004 01:03 DGE_Robo B_SampleGateBypass (B_SBypass) changed from 'OFF' to 'ON' at 2004/10/17 21:17:54 10/17/2004 22:03 DGE_Robo A_DivertDuringSample (A_DDSample) changed from 'ON' to 'OFF' at 2004/10/17 20:42:59 10/17/2004 22:03 DGE_Robo B_DivertDuringSample (B_DDSample) changed from 'ON' to 'OFF' at 2004/10/17 20:42:58 10/17/2004 22:03 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/10/17 20:42:57 10/17/2004 22:03 DGE_Robo A_Sample_100% (A_S100) changed from 'ON' to 'OFF' at 2004/10/17 20:42:57 10/08/2004 08:07 troy@ruf C3:InputSyncDetect,C3:ReaderReset: Random reader reset. 09/30/2004 08:48 troy@ruf 22:InputSyncDetect,22:InputSyncLost,22:ReaderReset,23:InputSyncDetect,23:R eaderReset,SLC500:CommsFailure: These alarms were triggered during a site GMC by PSMFC personnel 09/29/2004 12:44 Alan_Bro A GMC was performed 9/29/2004. All transceivers were tuned. Transceiver 23 was replaced due to the many overrun errors it has experienced. It will be returned to Digital Angel for repair. The clock on PC1 had drifted 00:04:53 behind atomic time. It was taken out of data collection mode to adjust the clock, during which time no activity was observed on PC2. Both clocks are now within one second of atomic time. The separators were stick tested with 10 sticks each, results of the test following: A1 10/10 A2 10/10 A3 10/10 A4 10/10 B1 9/10 B2 9/10 B3 10/10 B4 10/10 All sticks were diverted properly. The air pressure on both gates is currently 100 psi. No other problems found. 09/28/2004 08:32 darren@r 11:ReaderReset,12:InputSyncDetect,12:ReaderReset,13:InputSyncDetect,13:Rea derReset,21:ReaderReset,22:InputSyncDetect,22:ReaderReset,23:InputSyncDete ct,23:ReaderReset,51:ReaderReset,52:InputSyncDetect,52:ReaderReset,91:Read erReset,92:InputSyncDetect,92:ReaderReset,93:InputSyncDetect,93:ReaderRese t,A1:ReaderReset,A2:InputSyncDetect,A2:ReaderReset,A3:InputSyncDetect,A3:R eaderReset,A4:InputSyncDetect,A4:ReaderReset,B1:ReaderReset,B2:InputSyncDe tect,B2:ReaderReset,B3:InputSyncDetect,B3:ReaderReset,B4:InputSyncDetect,B 4:ReaderReset,C1:ReaderReset,C2:InputSyncDetect,C2:ReaderReset,C3:InputSyn cDetect,C3:ReaderReset,C4:InputSyncDetect,C4:ReaderReset,E1:ReaderReset,E2 :InputSyncDetect,E2:ReaderReset,E2:TestTagFailure,E3:InputSyncDetect,E3:Re aderReset: It appears that these alarms were caused by a site power outage. 09/27/2004 07:07 DGE_Robo AC_Power (AC_Power) changed from 'OFF' to 'ON' at 2004/09/27 05:09:50 09/27/2004 07:07 DGE_Robo AC_Power (AC_Power) changed from 'ON' to 'OFF' at 2004/09/27 05:09:49 09/22/2004 08:13 alan@ruf C4:InputSyncDetect,C4:ReaderReset: This alarm was caused by a random reader reset. PSMFC and Digital Angel are aware of this problem. 09/15/2004 12:08 Alan A GMC was performed 9/15/2004. All transceivers were tuned. The separators were stick tested with 10 sticks each. One stick was liberated and is on it's way to Lomo. Results of the test following: A1 10/10 A2 10/10 A3 10/10 A4 10/10 B1 10/10 B2 10/10 B3 10/10 B4 10/10 C1 1/1 C2 1/1 C3 1/1 C4 1/1 91 1/1 92 1/1 93 1/1 All sticks were diverted properly. The air pressure on both gates is currently 100 psi. No other problems found. 09/04/2004 10:13 alan@ruf 23:Overrun: This transceiver has been having "overrun" conditions for quite some time. The detection efficiencies have not been affected, the transceiver will be addressed during the site down time. We will continue to monitor the efficiencies and if they fall below an acceptable level we will replace the transceiver or system componenets to solve the "overrun" conditions. 09/01/2004 13:14 scottl Perfromed GMC, all transcievers were checked tune and recalibrated as necessary. Slide gate air pressure is at 98 psi on both A and B gates, 3-way side to side gate is inactive therefore stick test were not done on the primary slide gates. 08/28/2004 07:11 troy@ruf C2:InputSyncDetect,C2:ReaderReset: This alarm was the result of a Random Reader reset. 08/28/2004 07:08 DGE_Robo A_Sample_100% (A_S100) changed from 'OFF' to 'ON' at 2004/08/28 05:51:35 08/28/2004 07:08 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/08/28 05:51:34 08/25/2004 01:06 DGE_Robo A_Sample_100% (A_S100) changed from 'ON' to 'OFF' at 2004/08/24 23:07:19 08/25/2004 01:06 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/08/24 23:07:19 08/23/2004 09:27 darren@r 23:Overrun: This transceiver has been having "overrun" conditions for quite some time. The detection efficiencies have not been affected, the transceiver will be addressed during the site down time. We will continue to monitor the efficiencies and if they fall below an acceptable level we will replace the transceiver or system componenets to solve the "overrun" conditions. 08/16/2004 10:05 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/08/16 06:32:18 08/10/2004 10:07 DGE_Robo A_Sample_100% (A_S100) changed from 'OFF' to 'ON' at 2004/08/10 06:34:36 08/10/2004 08:51 alan@ree 23:Overrun: This transceiver will be addressed on the next site visit. Although there have been several "overrun" conditions the detection efficiency is still above an acceptable level. 08/09/2004 08:20 darren@r 23:Overrun: This transceiver will be addressed on the next site visit. Although there have been several "overrun" conditions the detection efficiency is still above an acceptable level. 08/05/2004 10:05 DGE_Robo A_Sample_100% (A_S100) changed from 'ON' to 'OFF' at 2004/08/05 06:05:24 08/05/2004 09:33 darren@r 23:Overrun: This transceiver will be addressed on the next site visit. The "overrun" condition is not affecting the detection efficiency of the system. 08/04/2004 07:57 darren@r 23:Overrun: PSMFC will check all connections to and from this transceiver as well as the transceiver on the next site visit. This transceiver has a high detection efficiency. 08/03/2004 11:19 darren@r 23:Overrun: This transceiver will be addressed on the next site visit. It has been displaying the "overrun" conditions for sometime. It could be the cables or the transceiver itself. PSMFC will investigate. 08/01/2004 10:12 troy@ruf 23:Overrun: PSMFC will address this on the next site visit. Attempts have been made to rectify this problem. Replacement of the transceiver may be in order. 07/30/2004 16:09 troy@ree 23:Overrun: The transceiver was checked for tune today. Will monitor for future overruns 07/30/2004 12:17 Troy A site GMC was performed today. All transceivers were checked for tune and no problems were found. A and B slide gates were at 100 PSIG. The 3-way air was turned off. 10 sticks were thrown on A and B slide gates all sticks were read and all were diverted. PC1 and PC2 are within 11 seconds of each other. 07/29/2004 08:30 alan@ree 23:Overrun: These overruns will be investigated further on the next site visit. This antenna/transceiver is reading PIT Tags and timer tags with high efficiency. 07/27/2004 07:08 DGE_Robo A_Sample_100% (A_S100) changed from 'OFF' to 'ON' at 2004/07/27 05:56:41 07/26/2004 08:21 alan@ruf 23:Overrun: These overruns will be investigated further on the next site visit. This antenna/transceiver is reading PIT Tags and timer tags with high efficiency. 07/25/2004 10:06 alan@ruf 23:Overrun: These overruns will be investigated further on the next site visit. This antenna/transceiver is reading PIT Tags and timer tags with high efficiency. 07/24/2004 08:59 alan@ruf 23:Overrun: These overruns will be investigated further on the next site visit. This antenna/transceiver is reading pittags and timer tags with high efficiency. 07/23/2004 08:34 alan@ruf 23:Overrun: These overruns will be investigated further on the next site visit. This antenna/transceiver is reading pittags and timer tags with high efficiency. 07/23/2004 08:32 alan@ree E1:ReaderReset,E2:InputSyncDetect,E2:InputSyncLost: These alarms were generated by a random reader reset. PSMFC and Destron are aware of this problem. 07/22/2004 08:02 darren@r 23:InputSyncDetect,23:ReaderReset: This alarm was generated by a random reader reset. PSMFC and Difgital Angel asre aware of this phenomenon and are looking into a solution. It does not affect the detection efficiency. 07/21/2004 08:20 darren@r E2:InputSyncDetect,E2:ReaderReset: Alarm was generated by a random reader reset. It happened when the timer tag was fired. PSMFC and Digital Angelare aware of this phenomenon. 07/21/2004 07:06 DGE_Robo A_DivertDuringSample (A_DDSample) changed from 'OFF' to 'ON' at 2004/07/21 05:55:55 07/21/2004 07:06 DGE_Robo B_DivertDuringSample (B_DDSample) changed from 'OFF' to 'ON' at 2004/07/21 05:55:55 07/20/2004 08:09 darren@r 23:Overrun: This transciever will be checked along with the cables. I thought that I was able to tune out the "overrun" conditions but it has returned. I will check the "raw" file to see where the noise level currently is and possibly have to replace the transceiver on the next site visit. 07/19/2004 07:06 DGE_Robo A_DivertDuringSample (A_DDSample) changed from 'ON' to 'OFF' at 2004/07/19 05:54:23 07/19/2004 07:06 DGE_Robo B_DivertDuringSample (B_DDSample) changed from 'ON' to 'OFF' at 2004/07/19 05:54:23 07/18/2004 09:26 troy@ruf 23:Overrun: This is a known issue and will be addressed on the next site visit. 07/17/2004 10:36 troy@ruf 23:Overrun: PTOC Kennewick is aware of this alarm and it will be addressed on the next site visit. 07/16/2004 08:01 darren@r 23:Overrun: PSMFC will address this transceiver on the next site visit. It may need to be replaced. The coil and cables will checked to ensure that there is no arcing causing the "overrun" conditions. 07/15/2004 08:28 troy In regard to recent ‘erroneous’ Sample Rates at GRA, LMJ and MCJ: These sites have experienced a problem with erroneous sample rates being written to the raw file. It has been determined that these occurrences happen during brief power outages and ‘brown outs’. The values that end up in the raw file are not enterable via the PV600 or DTAM. Limits are set in those HMI devices that will not allow the user to enter such values. Every time an erroneous sample rate shows up in the raw file it is surrounded by other PLC messages displaying their ‘reset’ state which means the PLC is either loosing power (which it hasn’t lost enough power to trip the AC POWER OFF PLC message) or the PLC has lost power which does trip the AC POWER OFF PLC message. In all cases when power is either restored or returned to its normal voltage, the proper sample rate is written to the raw file and the other PLC messages that are actually in the ‘set’ state are written to the raw file. PTOC members are working on a solution to this problem. 07/15/2004 08:11 darren@r 23:Overrun: This transceiver and antenna will be checked out on the next site visit. The "overrun" conditions are coming in short bursts, it could be something external but PSMFC will check the cables to ensure there is no arcing from the coil wires or exciter cable. 07/14/2004 08:08 darren@r 23:Overrun,A3:TestTagFailure: 23:Overrun,A3:TestTagFailure: The alarm on coil A3 was generated by PSMFC personnel while performing a site GMC. The "overrun" conditions on coil 23 were for a short brief period of time and do not effect the detection efficiencies of the transceiver. I was retuning this transceiver yesterday to try and eliminate this condition, we will have to take another look at the transceiver/coil system on the next site visit. 07/14/2004 08:07 darren@r 23:Overrun,A3:TestTagFailure: The alarm on coil A3 was generated by PSMFC personnel while performing a site GMC. The "overrun" conditions on coil 23 were for a short brief period of time and do not effect the detection efficiencies of the transceiver. I was retuning this transceiver yesterday to try and eliminate this condition, we will have to take another look at the transceiver/coil system on the next site visit. 07/13/2004 14:18 Darren A site GMC was performed today (7-13-04). All transceivers were checked for tuning and noise. Transceiver 23 was checked for the "overrun" conditions that were on TASS this morning, I found that the transceiver was noisy, I retuned both 22 and 23 and I also found that the monitor lids were not secured, after retuning and securing the lids the noise on both 22 and 23 wasbetween 4-6%. I could not throw sticks through the separator monitors due to the fact that the SbyC tanks are dry and the site personnel were busy offloading fish to a waiting barge. The DGE report for this facility has not shown any drops in efficiencies in quite some time. I did however trigger the gates manually. No problems were found. 07/13/2004 10:08 darren@r 23:Overrun,A4:InputSyncDetect,A4:ReaderReset: Alarms will be checked out today (7-13-04) during a site GMC. 07/10/2004 10:07 DGE_Robo B_DivertDuringSample (B_DDSample) changed from 'OFF' to 'ON' at 2004/07/10 07:24:26 07/10/2004 10:07 DGE_Robo A_DivertDuringSample (A_DDSample) changed from 'OFF' to 'ON' at 2004/07/10 07:24:26 07/02/2004 13:33 Dave Steve Achord reports that NOAA Fisheries disabled the pneumatic controls for the 3-way SbyC gate at Monday, June 28, and have removed their sampling equipment. They are done for the year. The MultiMon software will continue to track, and attempt to divert, any remaining target fish detected at this gate. In the absence of gate activity, the target fish will simply continue along the default route back to the river. 06/30/2004 08:17 alan@ruf 21:ReaderReset,22:BadOscFreq,22:InputSyncDetect,22:InputSyncLost,22:LowExc Current,22:ReaderReset,23:BadOscFreq,23:InputSyncDetect,23:InputSyncLost,2 3:LowExcCurrent,23:ReaderReset: These alarms were generated by PTAGIS Kennewick personel during a site visit. 06/29/2004 15:07 Alan A GMC was performed 6/29/2004. All transceivers were tuned. Transceiver 22 was replaced. It's predecessor has developed problems in it's sync functionality. It will be returned to Destron for evaluation/repair. The separators were stick tested with 10 sticks each. One stick was liberated and is on it's way to Lomo. Results of the test following: A1 10/10 A2 10/10 A3 10/10 A4 10/10 B1 9/10 B2 10/10 B3 9/10 B4 9/10 C1 1/1 C2 1/1 C3 1/1 C4 1/1 91 1/1 92 1/1 93 1/1 All sticks were diverted properly. The air pressure on both gates is currently 100 psi. No other problems found. 06/26/2004 08:21 darren@r 11:ReaderReset,12:InputSyncDetect,12:ReaderReset,13:InputSyncDetect,13:Rea derReset,21:ReaderReset,22:InputSyncDetect,22:ReaderReset,23:InputSyncDete ct,23:ReaderReset,51:ReaderReset,52:InputSyncDetect,52:ReaderReset,91:Read erReset,92:InputSyncDetect,92:ReaderReset,93:InputSyncDetect,93:ReaderRese t,A1:ReaderReset,A2:InputSyncDetect,A2:ReaderReset,A3:InputSyncDetect,A3:R eaderReset,A4:InputSyncDetect,A4:ReaderReset,B1:ReaderReset,B2:InputSyncDe tect,B2:ReaderReset,B3:InputSyncDetect,B3:ReaderReset,B4:InputSyncDetect,B 4:ReaderReset,C1:ReaderReset,C2:InputSyncDetect,C2:ReaderReset,C3:InputSyn cDetect,C3:ReaderReset,C4:InputSyncDetect,C4:ReaderReset,E1:ReaderReset,E2 :InputSyncDetect,E2:ReaderReset,E3:InputSyncDetect,E3:ReaderReset: *AC POWER OFF 04/06/25 08:20:13 *AC POWER ON 04/06/25 08:30:06 This is the cause for all the transceivers to reset. 06/26/2004 07:10 DGE_Robo B_SampleGateBypass (B_SBypass) changed from 'ON' to 'OFF' at 2004/06/26 05:56:59 06/26/2004 07:10 DGE_Robo A_SampleGateBypass (A_SBypass) changed from 'ON' to 'OFF' at 2004/06/26 05:56:59 06/26/2004 07:09 DGE_Robo A_SampleGateBypass (A_SBypass) changed from 'OFF' to 'ON' at 2004/06/26 05:37:58 06/26/2004 07:09 DGE_Robo A_Sample_100% (A_S100) changed from 'ON' to 'OFF' at 2004/06/26 05:37:55 06/26/2004 07:09 DGE_Robo A_Sample_100% (A_S100) changed from 'OFF' to 'ON' at 2004/06/26 05:37:31 06/26/2004 07:09 DGE_Robo B_SampleGateBypass (B_SBypass) changed from 'OFF' to 'ON' at 2004/06/26 05:33:22 06/26/2004 07:09 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/06/26 05:33:20 06/26/2004 07:09 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/06/26 05:32:31 06/25/2004 10:09 DGE_Robo SByC_Enable (SBC) changed from 'OFF' to 'ON' at 2004/06/25 08:30:06 06/25/2004 10:09 DGE_Robo AC_Power (AC_Power) changed from 'OFF' to 'ON' at 2004/06/25 08:30:06 06/25/2004 10:09 DGE_Robo SByC_Enable (SBC) changed from 'ON' to 'OFF' at 2004/06/25 08:30:06 06/25/2004 10:09 DGE_Robo AC_Power (AC_Power) changed from 'ON' to 'OFF' at 2004/06/25 08:20:13 06/23/2004 09:53 Dave I updated the database to GOJ04172.DB, GOJ04173.DB, and GOJ04175.DB on 6/20/04, 6/21/04, and 6/23/04, respectively. I reset the PC clocks on 6/21/04. As of 6/23/04, the PC clocks are within 1 second of each other and 5 seconds of atomic time. This is the last day of regular updates to the Multimon lookup database at GOJ. 06/23/2004 08:23 scottl@r 11:TestTagFailure,12:TestTagFailure,21:TestTagFailure,22:InputSyncDetect,2 2:InputSyncLost,22:TestTagFailure,23:InputSyncDetect,23:InputSyncLost,23:O verrun,23:TestTagFailure: These errors are a known problem and are not of immediate concern. Most of these were generated during a GMC 06/22/2004 13:46 Darren A site GMC was performed (6-22-04). All transceivers were checked for tune and noise. Sticks were passed through both separator monitors. The efficiency on the "B" side was about 85% only one antenna read 100% (B4) but the grating which we ususally use to throw sticks has been attached permanantly so you have to use the little hatch and the sticks were in very poor orientation going through the first two antennas. The site personnel were asked about the power outage from yesterday but they did not have any explanations for the cause. No problems were found. 06/22/2004 08:13 troy@ree 11:ReaderReset,12:InputSyncDetect,12:ReaderReset,13:InputSyncDetect,13:Rea derReset,21:ReaderReset,22:InputSyncDetect,22:ReaderReset,23:InputSyncDete ct,23:ReaderReset,51:ReaderReset,52:InputSyncDetect,52:ReaderReset,91:Read erReset,92:InputSyncDetect,92:ReaderReset,93:InputSyncDetect,93:ReaderRese t,A1:ReaderReset,A2:InputSyncDetect,A2:ReaderReset,A3:InputSyncDetect,A3:R eaderReset,A4:InputSyncDetect,A4:ReaderReset,B1:ReaderReset,B2:InputSyncDe tect,B2:ReaderReset,B3:InputSyncDetect,B3:ReaderReset,B4:InputSyncDetect,B 4:ReaderReset,C1:ReaderReset,C2:InputSyncDetect,C2:ReaderReset,C3:InputSyn cDetect,C3:ReaderReset,C4:InputSyncDetect,C4:ReaderReset,E1:ReaderReset,E2 :InputSyncDetect,E2:ReaderReset,E3:InputSyncDetect,E3:ReaderReset: These alarms were caused by a brief power outage *AC POWER OFF 04/06/21 14:39:54 *AC POWER ON 04/06/21 14:40:24 06/21/2004 16:04 DGE_Robo SByC_Enable (SBC) changed from 'OFF' to 'ON' at 2004/06/21 14:40:24 06/21/2004 16:04 DGE_Robo AC_Power (AC_Power) changed from 'OFF' to 'ON' at 2004/06/21 14:40:24 06/21/2004 16:04 DGE_Robo SByC_Enable (SBC) changed from 'ON' to 'OFF' at 2004/06/21 14:40:24 06/21/2004 16:04 DGE_Robo AC_Power (AC_Power) changed from 'ON' to 'OFF' at 2004/06/21 14:39:54 06/19/2004 11:52 Dave_Mar Updated database to GOJ04171.DB. PC clocks are within 3 seconds of each other and 45 seconds of atomic time. 06/18/2004 09:04 Dave Updated database to GOJ04170.DB. PC clocks are within 2 seconds of each other and 44 seconds of atomic time. 06/18/2004 08:01 darren@r SLC500:CommsFailure: It appears that the SLC comms error may have occurred during a file change. I confirmed that the database was changed and a posting to the SLC comms error was included by Dave Marvin. 06/18/2004 08:00 troy@ruf SLC500:CommsFailure: These alarms were caused during a routine database update on PC1 and PC2 'There are three SLC500 Comm errors that are associated with both PCs momentarily vying for gate control after I returned PC1 to service.' 06/17/2004 11:02 Dave Updated database to GOJ04169.DB. PC clocks are within 2 seconds of each other and 41 seconds of atomic time. There are three SLC500 Comm errors that are associated with both PCs momentarily vying for gate control after I returned PC1 to service. 06/16/2004 13:34 Dave Updated database to GOJ04168.DB. PC clocks are within 2 seconds of each other and 35 seconds of atomic time. 06/16/2004 11:42 Darren A site GMC was performed today (6-16-04). All transceivers were checked for noise and tuning. 10 sticks were passed through both the "A" and "B" separator monitors and the Diversion/SbyC monitor with 100% efficiency. There are no problems to report at this time. 06/14/2004 10:30 Dave Updated database and map files to GOJ04166.DB and GOJ04166.MAP, respectively. In addition to the revisions to the existing AC-16 and AC-26, the new map and database reference 51.2k codes for AC-36 (LYFETE - Lyon's Ferry Subyearling Chinook Transportation Evaluation). These fish will be transported at a rate of 4::1 (80% transport/20% bypass). Due to an oversight on my part, approximately 5500 target fish had already passed through GOJ prior to implementation of this revised diversion schema at 8:55 AM (PST) today. 06/13/2004 16:37 alan@ruf SLC500:CommsFailure: Although there was an SLC Comms error the PITtag's in question were diverted properly. PSMFC is aware of this situation and is looking into the cause. 06/13/2004 11:58 Dave Updated database to GOJ04165.DB. PC clocks are within 2 seconds of each other and 30 seconds of atomic time. 06/12/2004 09:40 Dave Updated database to GOJ04164.DB. PC clocks are within 1 second of each other and 27 seconds of atomic time. 06/11/2004 10:05 Dave Updated database to GOJ04163.DB. PC clocks are within 1 second of each other and 23 seconds of atomic time. 06/10/2004 12:24 scott Performed GMC, all transceivers were checked for tune and recalibrated as necessary.Gate air pressure is at 100 psi for the slide gates, 70 psi on the 3-way gate. Stick test results below. A1 9/10 A2 10/10 A3 10/10 A4 10/10 B1 10/10 B2 10/10 B3 10/10 B4 9/10 C1 20/20 C2 20/20 C3 20/20 C4 20/20 All sticks were sucessfully diverted to the proper location. Slide gates were not opening far enough therefore adjusted the "Travel Open Time" on A and B gates as follows: A:from 44 to 48 B:from 42 to 44 06/09/2004 09:35 Dave Updated database to GOJ04161.DB. PC clocks are within 1 second of each other and 18 seconds of atomic time. 06/07/2004 14:58 PTOC_Bot test of new web page 06/07/2004 09:17 Dave Updated database to GOJ04159.DB. PC clocks are within 1 second of each other and 12 seconds of atomic time. 06/06/2004 11:56 Dave Updated database to GOJ04158.DB. PC clocks are within 1 second of each other and 10 seconds of atomic time. 06/06/2004 10:16 darren@r SLC500:CommsFailure: Although there was an SLC Comms error the PITtag's in question were diverted properly. PSMFC is aware of this situation and is looking into the cause. 06/05/2004 12:37 Dave Updated database to GOJ04157.DB. PC clocks are within 1 second of each other and 8 seconds of atomic time. 06/04/2004 10:28 Dave Updated database to GOJ04156.DB. PC clocks are within 1 second of each other and 5 seconds of atomic time. 06/03/2004 08:51 Dave Updated database to GOJ04155.DB. PC clocks are within 1 second of each other and 2 seconds of atomic time. 06/03/2004 08:17 troy@ree SLC500:CommsFailure: This alarms was due to a power failure 06/02/2004 14:57 Scott_Li An unscheduled power outage occurred today at 1008 hrs and power was restored at 1035 hrs. Although Pittag detection and diversion was interupted the primary computer continued operating via UPS power. All transceivers were rechecked to ensure none was damaged after power was restored, no other problems to report. 06/02/2004 14:06 Dave Updated database to GOJ04154.DB. Because of the recent power outage, the PC clocks had drifted 37 seconds from each other, above our threshold of 15 seconds. I reset both clocks to within 1 second of each other and atomic time. 06/02/2004 13:03 DGE_Robo AC_Power (AC_Power) changed from 'OFF' to 'ON' at 2004/06/02 10:51:02 06/02/2004 13:03 DGE_Robo AC_Power (AC_Power) changed from 'ON' to 'OFF' at 2004/06/02 10:05:16 06/02/2004 07:03 DGE_Robo B_SampleGateBypass (B_SBypass) changed from 'ON' to 'OFF' at 2004/06/02 03:53:25 06/02/2004 07:03 DGE_Robo A_SampleGateBypass (A_SBypass) changed from 'ON' to 'OFF' at 2004/06/02 03:53:25 06/02/2004 07:03 DGE_Robo B_SampleGateBypass (B_SBypass) changed from 'OFF' to 'ON' at 2004/06/02 03:53:23 06/02/2004 07:03 DGE_Robo A_SampleGateBypass (A_SBypass) changed from 'OFF' to 'ON' at 2004/06/02 03:53:23 05/31/2004 11:12 Dave Updated database to GOJ04152.DB. PC clocks are within 4 seconds of each other and 19 seconds of atomic tine. 05/30/2004 10:44 Dave Updated database to GOJ04151.DB. PC clocks are within 4 seconds of each other and 17 seconds of atomic time. 05/29/2004 11:17 Dave Updated database to GOJ04150.DB. PC clocks are within 4 seconds of each other and 11 seconds of atomic time. 05/28/2004 10:03 DGE_Robo SByC_Enable (SBC) changed from 'OFF' to 'ON' at 2004/05/28 08:51:51 05/28/2004 10:03 DGE_Robo AC_Power (AC_Power) changed from 'OFF' to 'ON' at 2004/05/28 08:51:51 05/28/2004 10:03 DGE_Robo SByC_Enable (SBC) changed from 'ON' to 'OFF' at 2004/05/28 08:51:51 05/28/2004 10:03 DGE_Robo AC_Power (AC_Power) changed from 'ON' to 'OFF' at 2004/05/28 08:51:51 05/28/2004 08:53 Dave Updated database to GOJ04149.DB. PC clocks are within 3 seconds of each other and 11 seconds of atomic time. 05/27/2004 15:06 scott Performed site GMC, all transceivers were checked for tune and calibration. Stick test results for A and B seperator gates and 3-way side to side are as follows. All 254/255 sticks diverted correctly. Coil Det.Eff. A1 10 of 10 A2 10 of 10 A3 10 of 10 A4 10 of 10 B1 9 of 10 B2 10 of 10 B3 10 of 10 B4 10 of 10 C1 20 of 20 C2 20 of 20 C3 20 of 20 C4 20 of 20 Air pressure at the side by side is ~70 psi, Slide gate pressure are at ~100 psi. 05/27/2004 09:38 Dave Updated database to GOJ04148.DB. PC clocks are within 3 seconds of each other and 9 seconds of atomic time. 05/26/2004 10:11 Dave Updated database to GOJ04147.DB. PC clocks are within 2 seconds of each other and 6 seconds of atomic time. 05/25/2004 09:20 Dave Updated database to GOJ04146.DB. PC clocks are within 2 seconds of each other and 3 seconds of atomic time. 05/25/2004 08:40 troy@ruf SLC500:CommsFailure: This is a known issue which occurs during high traffic. It is the result of Multimon waiting an ACK at the end of a communication between the PLC and Multimon. This failure did cause on fish to not be diverted 05/24/2004 09:04 Dave Updated database to GOJ04145.DB. PC clocks, which were within 10 seconds of each other and 56 seconds of atomic time, were reset to within 1 second of each other and atomic time. 05/24/2004 08:12 darren@r B4:TestTagFailure: After veiwing the "raw" file I found that the timer tag did fire but prior to firing there was a PITtag detection. The tag is firing on it's scheduled intervals. 05/23/2004 10:46 Dave Updated database to GOJ04144.DB. PC clocks are within 9 seconds of each other and 55 seconds of atomic time. 05/22/2004 11:11 Dave Updated database to GOJ04133.DB. PC clocks are within 9 seconds of each other and 52 seconds of atomic time. 05/21/2004 14:40 troy@ree SLC500:CommsFailure: This is a known issue 05/21/2004 14:16 Dave Updated database to GOJ04142.DB. PC clocks are within 9 seconds of each other and 50 seconds of atomic time. High detection activity level observed at 2:00 PM DST. 05/21/2004 08:15 alan@ruf B4:TestTagFailure: This alarm was caused because the test tag fired simultaneously with a pittag going through the monitor. 05/20/2004 06:06 Dave Updated database to GOJ04141.DB. PC clocks are within 8 seconds of each other and 46 seconds of atomic time. 05/19/2004 12:32 Alan A GMC was performed 5/19/2004. All transceivers were tuned. The separators and SbyC gate were stick tested with 10 AC255 sticks and 10 AC254 sticks, results of the test following: A1 10/10 A2 10/10 A3 10/10 A4 10/10 B1 9/10 B2 10/10 B3 10/10 B4 10/10 C1 20/20 C2 20/20 C3 20/20 C4 20/20 One of the AC254 sticks is MIA. It was seen by the Diversion/SbyC coils and not the Diversion River Exit coils. I looked up inside the three-way gate but couldn't see it. All 19 other sticks diverted correctly. No other problems found. 05/19/2004 06:37 Dave Updated database to GOJ04140.DB. PC clocks are within 7 seconds of each other and 43 seconds of atomic time. -------------------------------------------------------------------- mail2web - Check your email from the web at http://mail2web.com/ . 05/17/2004 14:47 Dave Updated database to GOJ04138.DB.. PC clocks are within 7 seconds of each other and 38 seconds of atomic time. 05/16/2004 11:44 Dave Updated database to GOJ04137.DB. PC clocks are within 7 seconds of each other and 36 seconds of atomic time. 05/15/2004 10:03 dlwarf@r SLC500:CommsFailure: Noted. 05/15/2004 07:49 Dave Updated database to GOJ04136.DB. PC clocks are within 5 seconds of each other and 33 seconds of atomic time. 05/14/2004 09:52 Dave Updated database to GOJ04134.DB yesterday, and GOJ04135.DB today. PC clocks are within 5 seconds of each other and 30 seconds of atomic time. 05/12/2004 13:01 Troy At the site to check the repairs to A and B gates and check the 3 way. 20 sticks were thrown on each side 10 (255's) and 10 (254's) The results are as follows: A1 18 of 20 B1 18 of 20 A2 18 of 20 B2 18 of 20 A3 20 of 20 B3 19 of 20 A4 20 of 20 B4 18 of 20 Note: One stick was not diverted due to not being read by any of the B coils. This was due to a PITTAG fish in the field at the same time. This stick was later seen on coils 21,22,and 23 Some timing adjustments were made to the 3 way gate as it was slamming. The Travel Close Left time was increased from 19 to 22 The Travel Close Right time was decreased from 24 to 20. Ten more sticks were thrown on the C coils. All sticks seen by the C coils (in total 49) were read and diverted correctly. No other problems found. 05/12/2004 08:09 Dave Updated database to GOJ04133.DB. PC clocks are within 5 seconds of each other and 25 seconds of atomic time. 05/11/2004 16:24 DGE_Robo A_Sample_100% (A_S100) changed from 'ON' to 'OFF' at 2004/05/11 14:31:04 05/11/2004 16:24 DGE_Robo A_Sample_100% (A_S100) changed from 'OFF' to 'ON' at 2004/05/11 14:30:46 05/11/2004 16:24 DGE_Robo A_Sample_100% (A_S100) changed from 'ON' to 'OFF' at 2004/05/11 14:30:26 05/11/2004 16:24 DGE_Robo A_Sample_100% (A_S100) changed from 'OFF' to 'ON' at 2004/05/11 14:30:14 05/11/2004 16:24 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/05/11 14:30:09 05/11/2004 16:24 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/05/11 14:30:00 05/11/2004 16:23 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/05/11 14:19:51 05/11/2004 16:23 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/05/11 14:19:31 05/11/2004 16:23 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/05/11 14:16:21 05/11/2004 16:23 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/05/11 14:16:10 05/11/2004 15:55 Alan A GMC was performed 4/27/2004. All transceivers were tuned. The time open settings for the A and B separators were shortened to minimize by-catch. The current PLC gate time settings are: A Gate Delay Operate 0 Travel Open 46 Time Open 85 Travel Close 26 B Gate Delay Operate 0 Travel Open 42 Time Open 85 Travel Close 26 The A separator gate was out of servive from approximatly 13:00PST to 14:20PST and the B separator gate was out of service from approximatly 13:20PST to 15:00PST. The pins that hold the air cylinder yokes to the gates themselves were missing, causing the gates to cease operation. COE personel repaired the gates and they are back in service now. The separators and SbyC gate were stick tested with 10 AC255 sticks and 10 AC254 sticks, results of the test following: A1 10/10 A2 10/10 A3 10/10 A4 10/10 B1 10/10 B2 10/10 B3 10/10 B4 10/10 C1 20/20 C2 20/20 C3 20/20 C4 20/20 Two of the AC255 sticks were missed by the three way. No other problems found. 05/11/2004 09:29 Dave Updated database go GOJ04132.DB. 05/11/2004 07:50 darren@r SLC500:CommsFailure: The SLC Comms failure may have been caused by the file opening and the PLC waiting for a "ack" from the PC. One of two fish was not diverted. PSMFC will monitor this alarm for future fialures. This is an ongoing phenomenon with the PLC/PC communications but generally the pittags are diverted without failure. 05/10/2004 12:42 Dave Updated database to GOJ04131.DB. New database contains additions to AC-16 and AC-46, as well as normal updates to SMP Action Codes. PC clocks are within 3 seconds of each other and 20 seconds of atomic time. 05/09/2004 13:15 Dave Updated database to GOJ04130.DB. PC clocks are within 3 seconds of each other and 16 seconds of atomic time. I generated a few SLC500 errors when switching between PC platforms, as both PCs were temporarily competing for control of the SbyC gates. 05/07/2004 13:50 troy A site GMC was performed today. All transcievers were checked for tune and no problems were found. The A and B diversion gates were inspected and watch for a long period of time. No sticks were thrown due to the high volume of fish. After observing the gates for quit some time it should be noted that the 'bycatch' will most likely increase due the number of fish expected to arrive here in the next few days. Today several 'by catch' instances were observed. The time open was decreased yesterday and if decreased anymore will most likely result in 'missed fish'. 05/07/2004 11:14 Dave Updated database to GOJ04128.DB. PC clocks are within 2 seconds of each other and 9 seconds of atomic time. 05/07/2004 08:56 alan@ree SLC500:CommsFailure: This is a known problem that occurs during high pittag traffic. PTAGIS Kennewick is working on a solution. 05/06/2004 11:20 Dave Updated the database to GOJ04127.DB. PC clocks are within 2 seconds of each other and 9 seconds of atomic time. Extremely high PIT tag activity during database (and file) swaps. Numerous SLC 500 Comm errors at the beginning of GOJ04127.106 file are the apparently result of both PCs competing for gate control. The error messages ceased as soon as PC1 regained exclusive control. 05/05/2004 09:47 Dave Updated database to GOJ04126.DB. PC clocks are within 1 second of each other and 6 seconds of atomic time. 05/05/2004 08:25 darren@r SLC500:CommsFailure: The alarm was valid but the pittag was diverted in every instance. We know about this SLC Comms alarm and do occasionally experience this alarm during high volumes of pittags. 05/04/2004 09:30 Dave Updated database to GOJ04125.DB. PC clocks are within 1 second of each other and 3 seconds of atomic time. 05/03/2004 15:06 scott The "Open Time for both A and B gates was reduced from 100 to 95 in order to further reduce the "ByCatch effect" of incidental pittags and non-pittaged fish. This was done at ~ 11:00 am 5/3/04 05/03/2004 09:48 Dave Updated database to GOJ04124.DB. Again, there was so much PIT tag activity that I could not cleanly splice the primary and secondary data sets. Reset PC clocks to within 1 second of each other and atomic time. 05/02/2004 11:13 Dave Updated database to GOJ04123.DB. There's an incredible volume of PIT tag activity. It was impossible to switch cleanly between the PC1 and PC2 data sets without some redundancy. PC clocks are within 8 seconds of each other. 05/02/2004 10:55 darren@r SLC500:CommsFailure: Although theere was a SLC Comms failure the pittag was diverted properly. This alarm does occasionally happen during high volumes of pittags but the diversion efficiency is still very high. 05/01/2004 10:42 Dave Updated database to GOJ04122.DB. PC clocks are within 8 seconds of each other and 42 seconds of atomic time. 05/01/2004 07:25 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/05/01 04:42:08 05/01/2004 07:25 DGE_Robo SByC_Enable (SBC) changed from 'OFF' to 'ON' at 2004/05/01 04:42:08 05/01/2004 07:24 DGE_Robo A_SampleGateBypass (A_SBypass) changed from 'ON' to 'OFF' at 2004/05/01 04:42:08 05/01/2004 07:24 DGE_Robo AC_Power (AC_Power) changed from 'OFF' to 'ON' at 2004/05/01 04:42:08 05/01/2004 07:24 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/05/01 04:41:58 05/01/2004 07:24 DGE_Robo SByC_Enable (SBC) changed from 'ON' to 'OFF' at 2004/05/01 04:41:58 05/01/2004 07:24 DGE_Robo A_SampleGateBypass (A_SBypass) changed from 'OFF' to 'ON' at 2004/05/01 04:41:58 05/01/2004 07:24 DGE_Robo AC_Power (AC_Power) changed from 'ON' to 'OFF' at 2004/05/01 04:41:58 04/30/2004 16:05 Dave I updated the database to GOJ04121.DB. The PC clocks are within 7 seconds of each other and 38 seconds of atomic time. 04/29/2004 11:07 scottl Reduced the time open on A and B gates from 110 to 100. Gate air pressure for A and B gate is 100 psi, Side to Side air pressure is set to 70 psi.Although this seems abit low, the gate is working well at 70 psi. 04/29/2004 10:22 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/04/29 06:04:08 04/29/2004 10:22 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/04/29 06:03:59 04/28/2004 11:03 Dave I updated the map and database files to GOJ04119.MAP and GOJ04119.DB, respectively. In addition to the regular database update for in-river CSS groups, the new configuration includes a "MONITOR" (no-op) diversion action for 4,233 Stanley Basin sockeye (AC-46: SOCKEY). IDFG and the Shoshone-Bannock tribes have requested that these fish be routed to the raceways for transportation. The PC clocks are within 6 seconds of each other and 33 seconds of atomic time. 04/27/2004 14:37 Alan A GMC was performed 4/27/2004. All transceivers are in tune. The time open settings for the A and B separators were shortened to minimize by-catch. The current PLC time settings are: A Gate Delay Operate 0 Travel Open 46 Time Open 110 Travel Close 26 B Gate Delay Operate 0 Travel Open 42 Time Open 110 Travel Close 26 The separators and SbyC gate were stick tested with 20 AC255 sticks and 20 AC254 sticks, results of the test following: A1 20/20 A2 20/20 A3 20/20 A4 20/20 B1 20/20 B2 19/20 B3 20/20 B4 20/20 C1 40/40 C2 40/40 C3 40/40 C4 40/40 All sticks were diverted properly. No other problems found. 04/27/2004 11:50 Dave Updated database to GOJ04118.DB. PC clocks are within 5 seconds of each other and 30 seconds of atomic time. 04/26/2004 11:04 Dave Updated database to GOJ04117.DB. In addition to the scheduled update to CSS in-river groups (AC-21 through AC-26), this database versions contains a revision to AC-41 (from 14k records to 10.05k records). PC clocks are within 5 seconds of each other and 28 seconds of atomic time. 04/26/2004 09:04 alan@ree SLC500:CommsFailure: Not of concern, clearing the TASS Panel. PTAGIS Kennewick is working on this problem. 04/25/2004 10:34 Dave Updated database to GOJ04116.DB. PC clocks are within 5 seconds of each other and 26 seconds of atomic time. 04/24/2004 09:41 scottl@r SLC500:CommsFailure: This problem is not a concerb at this time 04/24/2004 09:22 Dave Updated database to GOJ04115.DB. PC clocks are within 4 seconds of each other and 23 seconds of atomic time. 04/23/2004 21:25 Dave Have not been able to obtain a secure portal to pcA into GOJ since 4/21 AM. Obtained a secure portal this PM and updated the database to GOJ04114.DB. PC clocks are within 3 seconds of each other. 04/22/2004 13:43 Alan A GMC was performed 4/22/2004. All transceivers were tuned. The A gate was sluggish closing so I increased the Travel Close time from 24 to 26, readjusted the soft close, and all is well. The gate time setings are currently set to: A Gate Delay Operate 0 Travel Open 46 Time Open 120 Travel Close 26 B Gate Delay Operate 0 Travel Open 42 Time Open 120 Travel Close 26 The separators and SbyC gate were stick tested with 17 AC255 sticks and 15 AC254 sticks, results of the test following: A1 16/16 A2 16/16 A3 16/16 A4 16/16 B1 16/16 B2 15/16 B3 16/16 B4 16/16 C1 32/32 C2 32/32 C3 32/32 C4 32/32 All sticks were diverted properly. No other problems found. 04/21/2004 05:34 Dave Updated database to GOJ04112.DB. PC clocks are within 3 seconds of each other and 20 seconds of atomic time. 04/20/2004 09:08 Dave Updated database to GOJ04111.DB. PC clocks are within 2 seconds of each other and 11 seconds of atomic time. 04/19/2004 09:09 Dave Updated database to GOJ04110.DB. PC clocks are within 2 seconds of each other and 9 seconds of atomic time. 04/18/2004 10:55 Dave Updated database to GOJ04109.DB. PC clocks are within 2 seconds of each other and 7 seconds of atomic time. 04/17/2004 11:41 Dave Updated database to GOJ04108.DB. PC clocks are within 2 seconds of each other and 4 seconds of atomic time. 04/16/2004 09:51 Dave Updated database to GOJ04107.DB. Reset PC clocks to within 1 second of each other and atomic time. 04/15/2004 13:51 Dave Updated database to GOJ04106.DB. PC clocks are within 4 seconds of each other and 25 seconds of atomic time. 04/15/2004 09:16 Dave I'm unable to pcA into the GOJ or LMJ platforms (or any Walla Walla District IPs), so I am unable to update the MultiMon databases at these sites. I will try later today. 04/14/2004 09:34 Dave Sent outstanding data files accumulated since 1800h yesterday. Updated database to GOJ04105.DB. FTP from PTAGIS server was extremely slow, and possibly symptomatic of the problem observed with automated data file uploads. Clocks on the PCs are within 3 seconds of each other and 23 seconds of atomic time. 04/13/2004 19:06 DGE_Robo B_DivertDuringSample (B_DDSample) changed from 'ON' to 'OFF' at 2004/04/13 17:47:49 04/13/2004 19:06 DGE_Robo A_DivertDuringSample (A_DDSample) changed from 'ON' to 'OFF' at 2004/04/13 17:47:48 04/13/2004 19:06 DGE_Robo A_DivertDuringSample (A_DDSample) changed from 'OFF' to 'ON' at 2004/04/13 17:43:32 04/13/2004 19:06 DGE_Robo B_DivertDuringSample (B_DDSample) changed from 'OFF' to 'ON' at 2004/04/13 17:43:31 04/13/2004 16:05 DGE_Robo B_DivertDuringSample (B_DDSample) changed from 'ON' to 'OFF' at 2004/04/13 14:11:42 04/13/2004 16:05 DGE_Robo A_DivertDuringSample (A_DDSample) changed from 'ON' to 'OFF' at 2004/04/13 14:11:41 04/13/2004 09:20 Dave Updated database to GOJ04104.DB. PC clocks are within 2 seconds of each other and 19 seconds of atomic time. 04/12/2004 06:57 Dave Updated database to GOJ04103.DB. PC clocks are within 2 seconds of each other and 17 seconds of atomic time. 04/11/2004 10:59 Dave Updated database to GOJ04102.DB. PC clocks are within 2 seconds of each other and 15 seconds of atomic time. 04/10/2004 08:06 Dave Updated database to GOJ04101.DB. Clocks on PCs are within 2 seconds of each other and 12 seconds of atomic time. 04/09/2004 10:53 Dave Updated database to GOJ04100.DB. PC clocks are within 1 second of each other. 04/08/2004 10:25 Dave I updated the database to GOJ04099.DB. The PC clocks are within 1 second of each other and 5 seconds of atomic time. 04/07/2004 16:28 Darren I was on site today to time the side to side SbyC gate. Site personnel helped me so that I could see the gate and adjust the timing. I also found that the SbyC tank did not have any water, I notified site personnel so that the tank would be filled with water. I spoke with Steve Achord to verify that fish were to be collected and the tank did indeed need to filled with water. 04/07/2004 09:05 Dave Updated database to GOJ04098.DB. PC clocks are within 1 second of each other and 3 seconds of atomic time. 04/06/2004 15:01 Darren The site was visited for a GMC. I spoke with Bill Wassard from NMFS about the side to side SbyC gate and he informed me that Jim S. and he worked on the gate yesterday and they found that the RAM seemed to be worn and that they were going to let it run until it failed and then they would replace it. I was able to stick test the separator with 100% detection and diversion. We will need to come back and check timing of the side to side at a later date. 04/06/2004 10:07 Dave I updated the database to GOJ04097.DB. The clocks on the PCs are within 2 seconds of each other and atomic time. 04/05/2004 17:58 Dave During my database updates yesterday (April 4), the act of stopping and restarting data collection on PC1 and PC2 served to re-synchronize data collection to 03:00, 06:00, 09:00 and 12:00. File creation times had been advanced an hour as a result of the switch into Daylight Savings Time. This is a documented phenomenon with Multimon. No data were lost. All time stamps within the Multimon data files are correct. 04/05/2004 08:48 Dave Updated database to GOJ04096.DB. Clocks on PCs are within 2 seconds of each other. 04/04/2004 21:16 troy@ruf C4:InputSyncDetect,C4:ReaderReset: Random Reader reset 04/04/2004 14:04 Troy PTOC Kennewick was informed today that the sample gates are working 'backwards'. 10% was actually 90% ect.. Site personnel took the sampel rate to 80% to get 20%. It was suggested to swap the the air lines as this should resolve the problem. I will monitor the PLC values page to determine if this fixed the problem or will post any problems reported by site personnel. 04/04/2004 12:46 Dave Updated database to GOJ04095.DB, but not before accidentally invoking a second instance of Multimon on PC2. This disabled my pcAnywhere session on that platform. Contacted Ann Setter (ODFW - SMP), and instructed Ann to reboot GOJ-PC2. I was then able to reconnect to PC2 and complete the database update. Communication with PC1 was not affected; data collection on PC1 was not affected; gate control via PC1 was not affected. To minimize the chance of a similar event in the future, I moved the Multimon desktop shortcut icon from the left of the desktop to a spot where it is occluded when Multimon is displayed in a window. (I will propose this convention for the Multimon set-up and maintenance SOPs.) The PC clocks had drifted significantly since yesterday; I reset them so that they are within 2 seconds of each other and atomic time. 04/03/2004 11:36 Dave Updated database to GOJ04094.DB. Clocks on PCs are within 5 seconds of each other and 21 seconds of atomic time. 04/02/2004 12:30 Dave Updated database to GOJ04093.db. PC clocks are within 2 seconds of each other and 24 seconds of atomic time. 04/02/2004 09:31 troy The pre-season gate times are as follows: A gate Delay_Op 0 Travel_Open 46 Time_Open 120 Travel_Close 24 B gate Delay_Op 0 Travel_Open 42 Time_Open 120 Travel_Close 26 3 way Delay_Op_L 1 Time_Open_L 150 Travel_Close_L 20 Delay_Op_R 1 Time_Open_R 120 Travel_Close_R 26 04/02/2004 09:22 Scott_Li This entry is for work done on 4/1/04. The site is watered up and all pre-season tuning and gate timing has been completed. The 3-way side to side SByC has a problem slamming shut when returning from the left to center position. All efforts were made to correct the situation but were unsuccessful. Jim Simonson from NOAA fisheries has been notified of the situation and will tend to the gate. With feedback from PSMFC, Jim suspects that the problem is mechanical and again will make repairs. The 3-way gate ,although not functioning perfectly, was successful in diverting all sticks tags to right and left tanks. The A and B diversion gates were tested and timed on an individual coil bases and was also successful in diverting all stick tags at 100 percent efficiency. Stick tag detection results. A1 detected 20 of 20, diverted 20 of 20 A2 detected 20 of 20, diverted 20 of 20 A3 detected 20 of 20, diverted 20 of 20 A4 detected 20 of 20, diverted 20 of 20 B1 detected 20 of 20, diverted 20 of 20 B2 detected 20 of 20, diverted 20 of 20 B3 detected 20 of 20, diverted 20 of 20 B4 detected 20 of 20, diverted 20 of 20 C1 detected 20 of 20, diverted 20 of 20 C2 detected 20 of 20, diverted 20 of 20 C3 detected 20 of 20, diverted 20 of 20 C4 detected 20 of 20, diverted 20 of 20 The Raceway and exit monitors were not stick tested but checked for tune and calibration. Efforts were focused on repairing the 3-way side to side gate. For a full report of the pre season stick test, follow the below link. http://www.ptoccentral.org/Data_and_Reports/stick_tag_reports/stick_tags_G OJ.txt 04/02/2004 09:21 troy@ree 52:InputSyncDetect,52:ReaderReset,A2:TestTagFailure,A3:TestTagFailure,B3:T estTagFailure,C2:InputSyncDetect,C2:ReaderReset,C3:TestTagFailure,C4:TestT agFailure: These alarms were generated by PTOC personnel during a site GMC. 04/01/2004 08:58 Dave The Little Goose Juvenile Fish Facility watered-up for the season at 0700h on 4/1/04. I updated the Multimon lookup database to GOJ04092.DB. The clocks on the two PCs are within four seconds of each other and 21 seconds of atomic time. 04/01/2004 08:52 DGE_Robo A_SampleGateBypass (A_SBypass) changed from 'ON' to 'OFF' at 2004/04/01 08:49:38 04/01/2004 08:52 DGE_Robo B_SampleGateBypass (B_SBypass) changed from 'ON' to 'OFF' at 2004/04/01 08:49:38 04/01/2004 08:52 DGE_Robo PrimaryBypass (PrimaryBypass) changed from 'OPEN' to 'CLOSED' at 2004/04/01 08:49:38 04/01/2004 08:52 DGE_Robo B_DivertDuringSample (B_DDSample) changed from 'OFF' to 'ON' at 2004/04/01 08:49:38 04/01/2004 08:52 DGE_Robo A_DivertDuringSample (A_DDSample) changed from 'OFF' to 'ON' at 2004/04/01 08:49:38 03/31/2004 08:21 Alan A pre-season check was performed on the separator gates and the three way gate. The solenoids appear to be the same ones used last year, this was confirmed by onsite personel. The air cylinders have rust on the exterior but are reportedly new. No operational problems were found. 03/26/2004 10:10 Dave Scott and I performed a pre-season SbyC configuration on March 25. Site meets (new) standards regarding configuration file contents and format. Site was not yet active; the gap in data collection on March 25 occurred as a result of our configuration activities while the site was dewatered. The site will water-up for secondary bypass and collection on April 1. 03/17/2004 08:42 Troy The following was reported by the assitant BIO at GOJ. All new cylinders, ASCO solenoids, copper air tubing, plastic air hose's, and fittings are replaced. The two fish release 6" ROVALVES located at the PIT tag holding tank have been rebuilt. Looks like we'll be opening up the orifices and going to bypass sometime next week - depends on when fish screens are lowered back into position. The outfall pipe is scheduled to be put back in place on March 24th. We plan to water up the facility on Monday, March 29th and we start collecting April 1 and transportation April 2. Thank you George for the information 03/16/2004 15:04 DGE_Robo B_SampleGateBypass (B_SBypass) changed from 'OFF' to 'ON' at 2004/03/16 14:26:28 03/16/2004 15:04 DGE_Robo B_SampleGateBypass (B_SBypass) changed from 'OFF' to 'ON' at 2004/03/16 14:34:17 03/16/2004 15:04 DGE_Robo A_SampleGateBypass (A_SBypass) changed from 'OFF' to 'ON' at 2004/03/16 14:34:16 03/16/2004 15:04 DGE_Robo B_SampleGateBypass (B_SBypass) changed from 'ON' to 'OFF' at 2004/03/16 14:32:10 03/16/2004 15:04 DGE_Robo A_SampleGateBypass (A_SBypass) changed from 'ON' to 'OFF' at 2004/03/16 14:32:09 03/16/2004 15:04 DGE_Robo A_SampleGateBypass (A_SBypass) changed from 'OFF' to 'ON' at 2004/03/16 14:26:27 03/16/2004 15:04 DGE_Robo AC_Power (AC_Power) changed from 'OFF' to 'ON' at 2004/03/16 13:57:47 03/16/2004 15:04 DGE_Robo SByC_Enable (SBC) changed from 'OFF' to 'ON' at 2004/03/16 13:57:47 03/16/2004 15:04 DGE_Robo PrimaryBypass (PrimaryBypass) changed from 'CLOSED' to 'OPEN' at 2004/03/16 13:57:47 03/16/2004 15:04 DGE_Robo SByC_Enable (SBC) changed from 'ON' to 'OFF' at 2004/03/16 13:57:47 03/16/2004 15:04 DGE_Robo PrimaryBypass (PrimaryBypass) changed from 'OPEN' to 'CLOSED' at 2004/03/16 13:42:21 03/16/2004 15:04 DGE_Robo AC_Power (AC_Power) changed from 'ON' to 'OFF' at 2004/03/16 13:42:21 03/16/2004 12:29 Troy Spoke with site personnel today to find out why there were so many state changes in regards to A and B Sample gates. I was informed that site maintenance personnel are replacing the Solenoids to these gate. When this task is complete, site personnel will either post an event log or give us a call at which time I will post an eventlog entry if necessary. 03/16/2004 12:15 DGE_Robo A_Sample_100% (A_S100) changed from 'ON' to 'OFF' at 2004/03/16 11:11:52 03/16/2004 12:15 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/03/16 11:11:54 03/16/2004 12:15 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/03/16 11:11:53 03/16/2004 12:15 DGE_Robo A_Sample_100% (A_S100) changed from 'OFF' to 'ON' at 2004/03/16 11:11:52 03/16/2004 12:15 DGE_Robo A_Sample_100% (A_S100) changed from 'OFF' to 'ON' at 2004/03/16 11:05:54 03/16/2004 12:15 DGE_Robo A_Sample_100% (A_S100) changed from 'ON' to 'OFF' at 2004/03/16 11:05:55 03/16/2004 12:15 DGE_Robo A_Sample_100% (A_S100) changed from 'ON' to 'OFF' at 2004/03/16 11:05:53 03/16/2004 12:15 DGE_Robo A_SampleGateBypass (A_SBypass) changed from 'ON' to 'OFF' at 2004/03/16 11:05:52 03/16/2004 12:15 DGE_Robo A_Sample_100% (A_S100) changed from 'OFF' to 'ON' at 2004/03/16 11:05:52 03/16/2004 12:15 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/03/16 11:05:51 03/16/2004 12:15 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/03/16 11:05:49 03/16/2004 12:15 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/03/16 11:05:50 03/16/2004 12:15 DGE_Robo B_SampleGateBypass (B_SBypass) changed from 'ON' to 'OFF' at 2004/03/16 11:05:50 03/16/2004 12:15 DGE_Robo B_SampleGateBypass (B_SBypass) changed from 'OFF' to 'ON' at 2004/03/16 11:05:49 03/16/2004 12:15 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/03/16 11:05:31 03/16/2004 12:15 DGE_Robo A_SampleGateBypass (A_SBypass) changed from 'OFF' to 'ON' at 2004/03/16 11:05:47 03/16/2004 12:15 DGE_Robo A_SampleGateBypass (A_SBypass) changed from 'OFF' to 'ON' at 2004/03/16 11:05:45 03/16/2004 12:15 DGE_Robo A_SampleGateBypass (A_SBypass) changed from 'ON' to 'OFF' at 2004/03/16 11:05:46 03/16/2004 12:15 DGE_Robo A_Sample_100% (A_S100) changed from 'ON' to 'OFF' at 2004/03/16 11:05:43 03/16/2004 12:15 DGE_Robo A_Sample_100% (A_S100) changed from 'OFF' to 'ON' at 2004/03/16 11:05:30 03/16/2004 12:15 DGE_Robo A_DivertDuringSample (A_DDSample) changed from 'ON' to 'OFF' at 2004/03/16 11:05:20 03/16/2004 12:15 DGE_Robo B_DivertDuringSample (B_DDSample) changed from 'ON' to 'OFF' at 2004/03/16 11:05:20 03/16/2004 12:15 DGE_Robo B_SampleGateBypass (B_SBypass) changed from 'ON' to 'OFF' at 2004/03/16 10:39:35 03/16/2004 12:15 DGE_Robo A_SampleGateBypass (A_SBypass) changed from 'ON' to 'OFF' at 2004/03/16 10:39:34 03/16/2004 12:15 DGE_Robo B_SampleGateBypass (B_SBypass) changed from 'OFF' to 'ON' at 2004/03/16 10:37:14 03/16/2004 12:15 DGE_Robo A_SampleGateBypass (A_SBypass) changed from 'OFF' to 'ON' at 2004/03/16 10:37:14 03/16/2004 12:15 DGE_Robo B_SampleGateBypass (B_SBypass) changed from 'ON' to 'OFF' at 2004/03/16 10:25:47 03/16/2004 12:15 DGE_Robo A_SampleGateBypass (A_SBypass) changed from 'ON' to 'OFF' at 2004/03/16 10:25:46 03/15/2004 18:04 DGE_Robo A_SampleGateBypass (A_SBypass) changed from 'OFF' to 'ON' at 2004/03/15 15:20:01 03/15/2004 18:04 DGE_Robo B_SampleGateBypass (B_SBypass) changed from 'OFF' to 'ON' at 2004/03/15 15:13:10 03/15/2004 18:04 DGE_Robo B_SampleGateBypass (B_SBypass) changed from 'ON' to 'OFF' at 2004/03/15 15:13:09 03/15/2004 18:04 DGE_Robo A_SampleGateBypass (A_SBypass) changed from 'ON' to 'OFF' at 2004/03/15 15:00:01 03/15/2004 15:04 DGE_Robo B_SampleGateBypass (B_SBypass) changed from 'OFF' to 'ON' at 2004/03/15 14:18:16 03/15/2004 15:04 DGE_Robo B_SampleGateBypass (B_SBypass) changed from 'ON' to 'OFF' at 2004/03/15 14:18:12 03/15/2004 15:04 DGE_Robo A_SampleGateBypass (A_SBypass) changed from 'ON' to 'OFF' at 2004/03/15 14:18:09 03/15/2004 15:04 DGE_Robo B_SampleGateBypass (B_SBypass) changed from 'OFF' to 'ON' at 2004/03/15 12:50:08 03/15/2004 15:04 DGE_Robo A_SampleGateBypass (A_SBypass) changed from 'OFF' to 'ON' at 2004/03/15 12:50:06 03/15/2004 15:04 DGE_Robo B_SampleGateBypass (B_SBypass) changed from 'ON' to 'OFF' at 2004/03/15 12:37:33 03/15/2004 15:04 DGE_Robo A_Sample_100% (A_S100) changed from 'ON' to 'OFF' at 2004/03/15 12:37:27 03/15/2004 15:04 DGE_Robo A_Sample_100% (A_S100) changed from 'OFF' to 'ON' at 2004/03/15 12:37:26 03/15/2004 15:04 DGE_Robo A_Sample_100% (A_S100) changed from 'ON' to 'OFF' at 2004/03/15 12:37:22 03/15/2004 15:04 DGE_Robo A_Sample_100% (A_S100) changed from 'OFF' to 'ON' at 2004/03/15 12:37:20 03/15/2004 15:04 DGE_Robo A_SampleGateBypass (A_SBypass) changed from 'ON' to 'OFF' at 2004/03/15 12:37:17 03/09/2004 09:04 DGE_Robo B_DivertDuringSample (B_DDSample) changed from 'ON' to 'OFF' at 2004/03/09 08:09:39 03/09/2004 09:04 DGE_Robo A_DivertDuringSample (A_DDSample) changed from 'ON' to 'OFF' at 2004/03/09 08:09:40 03/04/2004 09:49 Alan Update of COE work: Site Bio John Bailey Reports that the "Primary Dewaterer" has some structural integrity issues, and that the Outfall Pipe is currently out of service. The Primary Dewaterer needs some welding, the Corp has not yet scheduled an inspection. The Outfall Pipe also needs some support work, scheduled to be completed by 3-13-2004. The water up date for the facility could still be the around 4-1-2004, but could also be impacted by these activities. John said he will know more next week. I will post more information as it becomes available. 02/24/2004 15:03 DGE_Robo SByC_Enable (SBC) changed from 'OFF' to 'ON' at 2004/02/24 09:41:37 02/24/2004 15:03 DGE_Robo B_SampleGateBypass (B_SBypass) changed from 'OFF' to 'ON' at 2004/02/24 09:40:01 02/24/2004 15:03 DGE_Robo SByC_Enable (SBC) changed from 'ON' to 'OFF' at 2004/02/24 09:41:34 02/24/2004 15:03 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/02/24 09:40:00 02/24/2004 15:03 DGE_Robo A_SampleGateBypass (A_SBypass) changed from 'OFF' to 'ON' at 2004/02/24 09:39:56 02/24/2004 15:03 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/02/24 09:39:59 02/24/2004 15:03 DGE_Robo B_SampleGateBypass (B_SBypass) changed from 'ON' to 'OFF' at 2004/02/24 09:39:58 02/24/2004 15:03 DGE_Robo A_Sample_100% (A_S100) changed from 'ON' to 'OFF' at 2004/02/24 09:39:55 02/24/2004 15:03 DGE_Robo A_Sample_100% (A_S100) changed from 'OFF' to 'ON' at 2004/02/24 09:39:53 02/24/2004 15:03 DGE_Robo A_SampleGateBypass (A_SBypass) changed from 'ON' to 'OFF' at 2004/02/24 09:39:52 02/24/2004 15:03 DGE_Robo B_DivertDuringSample (B_DDSample) changed from 'ON' to 'OFF' at 2004/02/24 09:39:48 02/24/2004 15:03 DGE_Robo B_DivertDuringSample (B_DDSample) changed from 'OFF' to 'ON' at 2004/02/24 09:39:49 02/24/2004 15:03 DGE_Robo A_DivertDuringSample (A_DDSample) changed from 'OFF' to 'ON' at 2004/02/24 09:39:47 02/24/2004 15:03 DGE_Robo A_DivertDuringSample (A_DDSample) changed from 'ON' to 'OFF' at 2004/02/24 09:39:45 02/24/2004 15:03 DGE_Robo B_DivertDuringSample (B_DDSample) changed from 'OFF' to 'ON' at 2004/02/24 09:17:38 02/24/2004 15:03 DGE_Robo A_DivertDuringSample (A_DDSample) changed from 'OFF' to 'ON' at 2004/02/24 09:17:38 02/24/2004 15:03 DGE_Robo SByC_Enable (SBC) changed from 'OFF' to 'ON' at 2004/02/24 09:17:38 02/24/2004 15:03 DGE_Robo A_SampleGateBypass (A_SBypass) changed from 'OFF' to 'ON' at 2004/02/24 09:17:38 02/24/2004 15:03 DGE_Robo B_SampleGateBypass (B_SBypass) changed from 'OFF' to 'ON' at 2004/02/24 09:17:38 02/24/2004 15:03 DGE_Robo PrimaryBypass (PrimaryBypass) changed from 'CLOSED' to 'OPEN' at 2004/02/24 09:17:38 02/24/2004 15:03 DGE_Robo AC_Power (AC_Power) changed from 'OFF' to 'ON' at 2004/02/24 09:17:38 02/24/2004 15:02 DGE_Robo B_DivertDuringSample (B_DDSample) changed from 'ON' to 'OFF' at 2004/02/24 09:17:38 02/24/2004 15:02 DGE_Robo SByC_Enable (SBC) changed from 'ON' to 'OFF' at 2004/02/24 09:17:38 02/24/2004 15:02 DGE_Robo A_DivertDuringSample (A_DDSample) changed from 'ON' to 'OFF' at 2004/02/24 09:17:38 02/24/2004 15:02 DGE_Robo A_SampleGateBypass (A_SBypass) changed from 'ON' to 'OFF' at 2004/02/24 09:17:38 02/24/2004 15:02 DGE_Robo B_SampleGateBypass (B_SBypass) changed from 'ON' to 'OFF' at 2004/02/24 09:17:38 02/24/2004 15:02 DGE_Robo PrimaryBypass (PrimaryBypass) changed from 'OPEN' to 'CLOSED' at 2004/02/24 09:17:38 02/24/2004 15:02 DGE_Robo AC_Power (AC_Power) changed from 'ON' to 'OFF' at 2004/02/24 09:17:38 02/24/2004 11:40 troy Both PC's were set to PST and within 1 sec of each other. The PLC program was modified so that AC POWER ON will make it to the raw file following a extended power outage at the site. This message will reach the file within 5 seconds of Multimon booting up when power is restored. This fix was necessary as the PLC will boot faster than Multimon will and the message was getting lost after extended power outages that resulted in the platform going down. All switches were toggled execpt for the PRIMARY BYPASS switch and the sample rate was changed from .5% to 50% and then back to .5% for Doug Clough. These state changes can be seen in GOJ04055.105 02/24/2004 09:44 Alan_Bro Pete Peterson from the Walla Walla district COE reports a network slow down. This could be affecting our 9:00 file loads. More information as it becomes available. 02/18/2004 19:48 DGE_Robo A_SampleGateBypass (A_SBypass) changed from 'OFF' to 'ON' at 2004/01/23 09:02:23 02/18/2004 19:48 DGE_Robo A_SampleGateBypass (A_SBypass) changed from 'ON' to 'OFF' at 2004/01/23 08:57:56 02/18/2004 19:46 DGE_Robo A_Sample_100% (A_S100) changed from 'OFF' to 'ON' at 2003/11/03 14:03:07 02/18/2004 19:46 DGE_Robo A_Sample_100% (A_S100) changed from 'ON' to 'OFF' at 2003/11/03 14:03:03 02/18/2004 19:46 DGE_Robo A_Sample_100% (A_S100) changed from 'OFF' to 'ON' at 2003/11/03 13:48:01 02/18/2004 19:46 DGE_Robo A_Sample_100% (A_S100) changed from 'ON' to 'OFF' at 2003/11/03 13:48:01 02/18/2004 19:38 DGE_Robo A_SampleGateBypass (A_SBypass) changed from 'OFF' to 'ON' at 2004/01/23 09:02:23 02/18/2004 19:38 DGE_Robo B_SampleGateBypass (B_SBypass) changed from 'OFF' to 'ON' at 2004/01/23 09:02:23 02/18/2004 19:38 DGE_Robo PrimaryBypass (PrimaryBypass) changed from 'CLOSED' to 'OPEN' at 2004/01/23 09:02:23 02/18/2004 19:38 DGE_Robo A_SampleGateBypass (A_SBypass) changed from 'ON' to 'OFF' at 2004/01/23 08:57:56 02/18/2004 19:38 DGE_Robo B_SampleGateBypass (B_SBypass) changed from 'ON' to 'OFF' at 2004/01/23 08:57:56 02/18/2004 19:38 DGE_Robo PrimaryBypass (PrimaryBypass) changed from 'OPEN' to 'CLOSED' at 2004/01/23 08:57:56 02/18/2004 19:38 DGE_Robo PrimaryBypass (PrimaryBypass) changed from 'CLOSED' to 'OPEN' at 2004/01/23 08:57:56 02/18/2004 19:38 DGE_Robo PrimaryBypass (PrimaryBypass) changed from 'OPEN' to 'CLOSED' at 2004/01/21 09:17:11 02/16/2004 09:10 DGE_Robo AC_Power (AC_Power) changed from 'OFF' to 'ON' at 2004/01/23 09:02:23 02/16/2004 09:09 DGE_Robo AC_Power (AC_Power) changed from 'ON' to 'OFF' at 2004/01/21 09:17:11 02/11/2004 16:39 DGE_Robo AC_Power (AC_Power) changed from '' to 'ON' at 2004/02/10 15:00:01 02/11/2004 16:37 DGE_Robo AC_Power (AC_Power) changed from '' to 'ON' at 2004/02/10 12:00:01 02/10/2004 08:45 troy@ree 92:InputSyncDetect,92:ReaderReset,B3:InputSyncDetect,B3:ReaderReset,E1:Rea derReset,E2:InputSyncDetect,E2:InputSyncLost: Clearing TASS panel. Random reader reset 02/01/2004 09:52 troy@ruf 92:InputSyncDetect,92:ReaderReset: Random reader reset 01/23/2004 14:52 troy@ruf 11:ReaderReset,12:InputSyncDetect,12:ReaderReset,13:InputSyncDetect,13:Rea derReset,21:ReaderReset,22:InputSyncDetect,22:ReaderReset,23:InputSyncDete ct,23:ReaderReset,51:ReaderReset,52:InputSyncDetect,52:ReaderReset,91:Read erReset,92:InputSyncDetect,92:ReaderReset,93:InputSyncDetect,93:ReaderRese t,A1:ReaderReset,A2:InputSyncDetect,A2:ReaderReset,A3:InputSyncDetect,A3:R eaderReset,A4:InputSyncDetect,A4:ReaderReset,B1:ReaderReset,B2:InputSyncDe tect,B2:ReaderReset,B3:InputSyncDetect,B3:ReaderReset,B4:InputSyncDetect,B 4:ReaderReset,C1:ReaderReset,C2:InputSyncDetect,C2:ReaderReset,C3:InputSyn cDetect,C3:ReaderReset,C4:InputSyncDetect,C4:ReaderReset,E1:ReaderReset,E2 :InputSyncDetect,E2:ReaderReset,E3:InputSyncDetect,E3:ReaderReset: There was a 5 min power outage that spanned the file change from GOJ04023.104 to GOJ04023.105 *AC POWER OFF 04/01/23 08:57:56 *AC POWER ON 04/01/23 09:02:23 01/23/2004 12:02 DGE_Robo A_DivertDuringSample (A_DDSample) changed from 'OFF' to 'ON' at 2004/01/23 09:02:23 01/23/2004 12:02 DGE_Robo B_DivertDuringSample (B_DDSample) changed from 'OFF' to 'ON' at 2004/01/23 09:02:23 01/23/2004 12:02 DGE_Robo SByC_Enable (SBC) changed from 'OFF' to 'ON' at 2004/01/23 09:02:23 01/23/2004 12:02 DGE_Robo A_SampleGateBypass (A_SBypass) changed from 'OFF' to 'ON' at 2004/01/23 09:02:23 01/23/2004 12:02 DGE_Robo B_SampleGateBypass (B_SBypass) changed from 'OFF' to 'ON' at 2004/01/23 09:02:23 01/23/2004 12:02 DGE_Robo PrimaryBypass (PrimaryBypass) changed from 'OFF' to 'ON' at 2004/01/23 09:02:23 01/23/2004 09:04 DGE_Robo SByC_Enable (SBC) changed from 'ON' to 'OFF' at 2004/01/23 08:57:56 01/23/2004 09:04 DGE_Robo B_DivertDuringSample (B_DDSample) changed from 'ON' to 'OFF' at 2004/01/23 08:57:56 01/23/2004 09:04 DGE_Robo A_DivertDuringSample (A_DDSample) changed from 'ON' to 'OFF' at 2004/01/23 08:57:56 01/23/2004 09:04 DGE_Robo A_SampleGateBypass (A_SBypass) changed from 'ON' to 'OFF' at 2004/01/23 08:57:56 01/23/2004 09:04 DGE_Robo B_SampleGateBypass (B_SBypass) changed from 'ON' to 'OFF' at 2004/01/23 08:57:56 01/23/2004 09:04 DGE_Robo PrimaryBypass (PrimaryBypass) changed from 'ON' to 'OFF' at 2004/01/23 08:57:56 01/23/2004 09:04 DGE_Robo PrimaryBypass (PrimaryBypass) changed from 'OFF' to 'ON' at 2004/01/23 08:57:56 01/22/2004 08:05 Alan The file gap on January 21 was created when the facility experienced a power outage. *AC POWER OFF 04/01/21 09:17:11 &Opening File C:\MULTIMON\PC1DATA\GOJ04021.105 04/01/21 13:42:40 01/21/2004 17:02 DGE_Robo PrimaryBypass (PrimaryBypass) changed from 'ON' to 'OFF' at 2004/01/21 09:17:11 01/20/2004 14:59 Alan The B Sample switch has been replaced, hopefully ending the stream of Sample On/Sample Off messages we had been receiving via pitevent. The 108 files (GOJ04007.106 - GOJ04020.109) created since we stopped automated uploading on January 7 have been archived but not submitted to PTAGIS. This facility is not watered up and therefore has no fish data. This is so that we will avoid the numerous messages (generated by the bad switch) we would recieve. Automated file uploading has been resumed. The Rocket Port cards have been replaced and the clocks on both PCs are set to within one second of atomic time. 01/07/2004 15:33 Alan We have disabled automatic file uploads from GOJ until we can fix what is wrong. We suspect that the "B sample 100%" switch is failing. 01/07/2004 15:20 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:45:09 01/07/2004 15:20 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:45:02 01/07/2004 15:20 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:45:13 01/07/2004 15:20 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:45:14 01/07/2004 15:20 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:22:52 01/07/2004 15:20 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:45:03 01/07/2004 15:20 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:45:02 01/07/2004 15:20 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:45:03 01/07/2004 15:20 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:45:09 01/07/2004 15:20 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:45:09 01/07/2004 15:20 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:45:03 01/07/2004 15:20 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:45:09 01/07/2004 15:20 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:45:07 01/07/2004 15:20 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:45:07 01/07/2004 15:20 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:45:08 01/07/2004 15:20 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:45:08 01/07/2004 15:20 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:45:03 01/07/2004 15:20 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:45:03 01/07/2004 15:20 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:45:03 01/07/2004 15:20 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:45:02 01/07/2004 15:20 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:45:02 01/07/2004 15:20 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:45:03 01/07/2004 15:20 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:45:03 01/07/2004 15:20 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:45:03 01/07/2004 15:20 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:22:53 01/07/2004 15:20 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:22:52 01/07/2004 15:20 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:21:25 01/07/2004 15:20 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:22:55 01/07/2004 15:20 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:45:06 01/07/2004 15:20 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:22:53 01/07/2004 15:19 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:21:25 01/07/2004 15:19 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:21:25 01/07/2004 15:19 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:22:53 01/07/2004 15:19 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:21:24 01/07/2004 15:19 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:45:09 01/07/2004 15:19 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:45:09 01/07/2004 15:19 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:45:09 01/07/2004 15:19 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:45:09 01/07/2004 15:19 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:45:09 01/07/2004 15:19 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:45:08 01/07/2004 15:19 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:45:08 01/07/2004 15:19 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:22:52 01/07/2004 15:19 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:21:25 01/07/2004 15:19 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:21:25 01/07/2004 15:19 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:45:06 01/07/2004 15:19 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:22:55 01/07/2004 15:19 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:21:25 01/07/2004 15:19 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:21:25 01/07/2004 15:19 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:44:51 01/07/2004 15:19 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:44:54 01/07/2004 15:19 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:22:56 01/07/2004 15:19 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:22:56 01/07/2004 15:19 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:22:55 01/07/2004 15:19 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:22:55 01/07/2004 15:19 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:22:55 01/07/2004 15:19 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:44:52 01/07/2004 15:19 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:44:55 01/07/2004 15:18 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:44:54 01/07/2004 15:18 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:44:52 01/07/2004 15:18 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:44:51 01/07/2004 15:18 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:22:55 01/07/2004 15:18 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:44:55 01/07/2004 15:18 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:44:52 01/07/2004 15:18 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:44:50 01/07/2004 15:18 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:22:52 01/07/2004 15:18 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:45:07 01/07/2004 15:18 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:45:06 01/07/2004 15:18 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:45:07 01/07/2004 15:18 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:45:04 01/07/2004 15:18 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:45:04 01/07/2004 15:18 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:21:25 01/07/2004 15:18 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:45:08 01/07/2004 15:18 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:45:08 01/07/2004 15:18 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:45:08 01/07/2004 15:18 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:45:08 01/07/2004 15:18 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:45:08 01/07/2004 15:18 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:45:08 01/07/2004 15:18 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:45:08 01/07/2004 15:18 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:45:15 01/07/2004 15:18 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:45:13 01/07/2004 15:18 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:45:14 01/07/2004 15:18 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:21:25 01/07/2004 15:18 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:44:52 01/07/2004 15:18 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:44:56 01/07/2004 15:18 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:44:56 01/07/2004 15:17 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:44:56 01/07/2004 15:17 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:44:56 01/07/2004 15:17 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:22:53 01/07/2004 15:17 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:45:06 01/07/2004 15:17 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:45:06 01/07/2004 15:17 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:45:07 01/07/2004 15:17 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:45:06 01/07/2004 15:17 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:45:07 01/07/2004 15:17 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:45:07 01/07/2004 15:17 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:45:07 01/07/2004 15:17 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:45:07 01/07/2004 15:17 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:45:07 01/07/2004 15:17 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:45:14 01/07/2004 15:17 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:45:14 01/07/2004 15:17 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:45:15 01/07/2004 15:17 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:45:03 01/07/2004 15:17 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:22:55 01/07/2004 15:17 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:44:54 01/07/2004 15:17 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:44:55 01/07/2004 15:17 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:44:51 01/07/2004 15:17 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:44:52 01/07/2004 15:17 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:44:51 01/07/2004 15:17 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:44:51 01/07/2004 15:17 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:22:55 01/07/2004 15:17 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:44:55 01/07/2004 15:17 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:44:55 01/07/2004 15:17 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:44:55 01/07/2004 15:17 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:22:53 01/07/2004 15:17 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:44:50 01/07/2004 15:16 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:44:50 01/07/2004 15:16 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:44:50 01/07/2004 15:16 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:44:50 01/07/2004 15:16 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:22:53 01/07/2004 15:10 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:45:16 01/07/2004 15:10 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:45:16 01/07/2004 15:10 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:45:15 01/07/2004 15:10 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:45:15 01/07/2004 15:10 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:45:12 01/07/2004 15:10 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:45:13 01/07/2004 15:10 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:45:13 01/07/2004 15:10 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:45:13 01/07/2004 15:10 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:45:12 01/07/2004 15:10 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:45:12 01/07/2004 15:10 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:45:11 01/07/2004 15:10 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:45:12 01/07/2004 15:10 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:45:12 01/07/2004 15:10 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:45:11 01/07/2004 15:10 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:45:11 01/07/2004 15:10 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:45:11 01/07/2004 15:10 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:45:11 01/07/2004 15:10 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:45:11 01/07/2004 15:10 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:45:11 01/07/2004 15:10 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:45:11 01/07/2004 15:10 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:45:11 01/07/2004 15:10 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:45:11 01/07/2004 15:10 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:45:10 01/07/2004 15:10 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:45:10 01/07/2004 15:09 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:45:10 01/07/2004 15:09 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:45:10 01/07/2004 15:09 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:45:10 01/07/2004 15:09 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:45:10 01/07/2004 15:09 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:45:10 01/07/2004 15:09 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:45:10 01/07/2004 15:09 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:45:10 01/07/2004 15:09 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:45:10 01/07/2004 15:09 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:45:09 01/07/2004 15:09 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:45:09 01/07/2004 15:09 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:45:06 01/07/2004 15:09 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:45:06 01/07/2004 15:09 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:45:06 01/07/2004 15:09 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:45:06 01/07/2004 15:09 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:45:05 01/07/2004 15:09 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:45:05 01/07/2004 15:09 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:45:05 01/07/2004 15:09 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:45:05 01/07/2004 15:09 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:45:05 01/07/2004 15:09 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:45:05 01/07/2004 15:09 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:45:05 01/07/2004 15:09 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:45:05 01/07/2004 15:09 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:45:05 01/07/2004 15:09 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:45:05 01/07/2004 15:09 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:45:04 01/07/2004 15:09 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:45:05 01/07/2004 15:09 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:45:05 01/07/2004 15:08 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:45:04 01/07/2004 15:08 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:45:04 01/07/2004 15:08 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:45:04 01/07/2004 15:08 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:45:04 01/07/2004 15:08 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:45:04 01/07/2004 15:08 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:45:04 01/07/2004 15:08 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:45:04 01/07/2004 15:08 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:45:02 01/07/2004 15:08 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:45:02 01/07/2004 15:08 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:45:02 01/07/2004 15:08 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:45:02 01/07/2004 15:08 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:45:01 01/07/2004 15:08 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:45:01 01/07/2004 15:08 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:45:01 01/07/2004 15:08 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:45:01 01/07/2004 15:08 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:45:01 01/07/2004 15:08 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:45:01 01/07/2004 15:08 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:45:01 01/07/2004 15:08 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:45:01 01/07/2004 15:08 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:45:01 01/07/2004 15:08 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:45:00 01/07/2004 15:08 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:45:01 01/07/2004 15:08 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:45:00 01/07/2004 15:08 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:45:00 01/07/2004 15:08 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:45:00 01/07/2004 15:08 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:45:00 01/07/2004 15:08 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:45:00 01/07/2004 15:08 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:44:58 01/07/2004 15:08 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:44:58 01/07/2004 15:07 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:44:58 01/07/2004 15:07 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:44:57 01/07/2004 15:07 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:44:57 01/07/2004 15:07 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:44:57 01/07/2004 15:07 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:44:56 01/07/2004 15:07 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:44:50 01/07/2004 15:07 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:44:50 01/07/2004 15:07 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:44:49 01/07/2004 15:07 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:44:49 01/07/2004 15:07 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:44:49 01/07/2004 15:07 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:44:48 01/07/2004 15:07 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:44:49 01/07/2004 15:07 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:44:49 01/07/2004 15:07 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:44:48 01/07/2004 15:07 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:44:48 01/07/2004 15:07 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:44:48 01/07/2004 15:07 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:44:48 01/07/2004 15:07 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:44:48 01/07/2004 15:07 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:44:47 01/07/2004 15:07 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:44:46 01/07/2004 15:07 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:44:47 01/07/2004 15:07 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:44:47 01/07/2004 15:07 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:44:46 01/07/2004 15:07 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:44:47 01/07/2004 15:07 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:44:45 01/07/2004 15:07 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:44:45 01/07/2004 15:07 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:44:45 01/07/2004 15:07 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:44:45 01/07/2004 15:07 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:23:02 01/07/2004 15:06 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:23:02 01/07/2004 15:06 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:23:00 01/07/2004 15:06 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:23:00 01/07/2004 15:06 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:22:58 01/07/2004 15:06 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:22:58 01/07/2004 15:06 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:22:58 01/07/2004 15:06 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:22:58 01/07/2004 15:06 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:22:58 01/07/2004 15:06 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:22:58 01/07/2004 15:06 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:22:58 01/07/2004 15:06 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:22:58 01/07/2004 15:06 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:22:57 01/07/2004 15:06 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:22:57 01/07/2004 15:06 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:22:57 01/07/2004 15:06 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:22:57 01/07/2004 15:06 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:22:57 01/07/2004 15:06 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:22:57 01/07/2004 15:06 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:22:56 01/07/2004 15:06 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:22:56 01/07/2004 15:06 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:22:56 01/07/2004 15:06 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:22:56 01/07/2004 15:06 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:22:56 01/07/2004 15:06 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:22:56 01/07/2004 15:06 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:22:56 01/07/2004 15:06 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:22:56 01/07/2004 15:06 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:22:56 01/07/2004 15:06 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:22:56 01/07/2004 15:06 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:22:56 01/07/2004 15:06 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:22:56 01/07/2004 15:06 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:22:56 01/07/2004 15:06 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:22:56 01/07/2004 15:05 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:21:26 01/07/2004 15:05 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:21:26 01/07/2004 15:05 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:21:25 01/07/2004 15:05 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:21:24 01/07/2004 15:05 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:21:24 01/07/2004 15:05 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:21:24 01/07/2004 15:05 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:21:24 01/07/2004 15:05 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:21:24 01/07/2004 15:05 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:21:23 01/07/2004 15:05 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:21:23 01/07/2004 15:05 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:21:23 01/07/2004 15:05 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:21:23 01/07/2004 15:05 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:21:23 01/07/2004 15:05 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:21:23 01/07/2004 15:05 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:21:23 01/07/2004 15:05 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:21:23 01/07/2004 15:05 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:21:23 01/07/2004 15:05 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:21:23 01/07/2004 15:05 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:21:22 01/07/2004 15:05 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:21:22 01/07/2004 15:05 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:21:22 01/07/2004 15:05 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:21:22 01/07/2004 15:05 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:21:22 01/07/2004 15:05 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:21:22 01/07/2004 15:04 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:21:22 01/07/2004 15:04 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:21:22 01/07/2004 15:04 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:21:22 01/07/2004 15:04 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:21:22 01/07/2004 15:04 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:21:22 01/07/2004 15:04 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:21:22 01/07/2004 15:04 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:21:21 01/07/2004 15:04 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:21:20 01/07/2004 15:04 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:21:20 01/07/2004 15:04 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:21:21 01/07/2004 15:04 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:21:20 01/07/2004 15:04 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:21:20 01/07/2004 15:04 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:21:20 01/07/2004 15:04 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:21:19 01/07/2004 15:04 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:21:20 01/07/2004 15:04 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:21:19 01/07/2004 15:04 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:21:19 01/07/2004 15:04 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:21:19 01/07/2004 15:04 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:21:19 01/07/2004 15:04 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:21:19 01/07/2004 15:04 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:21:19 01/07/2004 15:04 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:21:19 01/07/2004 15:04 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:21:19 01/07/2004 15:04 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:21:19 01/07/2004 15:04 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:21:17 01/07/2004 15:04 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:21:18 01/07/2004 15:04 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:21:18 01/07/2004 15:04 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:21:17 01/07/2004 15:03 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:21:16 01/07/2004 15:03 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:21:16 01/07/2004 15:03 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:21:16 01/07/2004 15:03 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:21:16 01/07/2004 15:03 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:21:16 01/07/2004 15:03 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:21:16 01/07/2004 15:03 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:21:16 01/07/2004 15:03 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:21:16 01/07/2004 15:03 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:21:16 01/07/2004 15:03 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:21:16 01/07/2004 15:03 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:21:16 01/07/2004 15:03 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:21:16 01/07/2004 15:03 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:21:12 01/07/2004 15:03 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:21:12 01/07/2004 15:03 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:21:12 01/07/2004 15:03 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:21:12 01/07/2004 15:03 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:21:12 01/07/2004 15:03 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:21:12 01/07/2004 15:03 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:21:11 01/07/2004 15:03 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:21:12 01/07/2004 15:03 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:21:11 01/07/2004 15:03 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:21:11 01/07/2004 15:03 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:21:11 01/07/2004 15:03 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:21:11 01/07/2004 15:03 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:21:10 01/07/2004 15:03 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/07 13:21:10 01/07/2004 15:03 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/07 13:21:10 01/04/2004 00:04 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/03 21:44:18 01/04/2004 00:04 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/03 23:37:21 01/04/2004 00:03 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/03 23:32:36 01/04/2004 00:03 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/03 23:38:21 01/04/2004 00:03 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/03 23:38:27 01/04/2004 00:03 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/03 23:37:29 01/04/2004 00:03 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/03 21:44:39 01/04/2004 00:03 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/03 23:37:28 01/04/2004 00:03 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/03 23:29:27 ####End of Event Log for GOJ### 0% (B_S100) changed from 'ON' to 'OFF' at 2004/01/03 23:37:29 01/04/2004 00:03 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/03 23:28:26 01/04/2004 00:03 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/03 23:26:02 01/04/2004 00:03 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/03 23:38:23 01/04/2004 00:03 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/03 23:25:55 01/04/2004 00:03 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/03 23:22:53 01/04/2004 00:03 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/03 23:22:33 01/01/2004 15:02 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/01 12:20:09 01/01/2004 15:02 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/01 12:20:04 01/01/2004 15:02 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/01 12:12:51 01/01/2004 15:02 DGE_Robo B_Sample_100% (B_S100) changed from 'ON' to 'OFF' at 2004/01/01 12:12:37 01/01/2004 15:02 DGE_Robo B_Sample_100% (B_S100) changed from 'OFF' to 'ON' at 2004/01/01 12:07:51 01/01/2004 11:59 Dave Initialized new event log for 2004. 2003 event log has been archived. ####End of Event Log for GOJ###